Bitcoin reached a new high last week ahead of the first crypto-currency trading on the Nasdaq exchange, Coinbase Global Inc. After optimistic assessments by Wall Street experts, Coinbase finished its first quarter of 2021. In contrast, prominent cryptocurrencies such as Bitcoin, Ethereum, and Dogecoin experienced significant drops in the second quarter.It is typical for numerous coins to move with the same patterns in the digital currency sector. If Bitcoin (BTC), the biggest market cap cryptocurrency, rises, other digital tokens will also grow in value. If BTC declines, other participants in the space are likely to decrease simultaneously.In recent weeks, this tendency has continued, because several cryptocurrencies have decreased more in a difficult year. However, something unusual happened as a Zycrypto.com analysis indicates: Ethereum and other Altcoins have been struck harder than Bitcoin in general, but overall, there is a massive market collapse.Almost all cryptocurrencies are trading in the red and declining. While the decline in the value of these significant currencies may appear substantial, it should come as no surprise given the extreme volatility of crypto assets.The steep decline in bitcoin and other cryptocurrencies comes from a barrage of negative headlines and triggers, ranging from Tesla CEO Elon Musk to a new wave of Chinese government restrictions. They have pounded an asset class that has been defined by high volatility since its inception. According to Reuters, Bitcoin dropped to a three-and-a-half-month low in June. The main reason cited is China's ban on financial institutions offering cryptocurrency transactions.China has prohibited the provision of any services relating to cryptocurrency transactions by banking institutions and payment firms. This means that banks and online payment channels do not offer any cryptocurrency services to customers, such as registration, trading, and clearing. China imposed such a restriction in 2017. Still, the new laws have broadened the scope of the forbidden activities compared to the previous prohibition and conjecture that 'virtual currencies have no actual value.Bitcoin and Ethereum have been declining in value since Tesla CEO Elon Musk announced this week that the electric automaker would no longer accept Bitcoin as payment, reversing a previous decision.According to Avinash Shekhar, Co-CEO of ZebPay, a roughly 40% drop in the bitcoin price from its all-time high may appear dramatic. Still, it is common in many turbulent markets, including crypto, particularly following such a strong surge. The current market downturn is a turnaround from the significant increase in the second part of last year. Since September 2020, bitcoin?s price has risen by more than 200 percent, partly driven by investment bankers, banks, and other firms who appear to use cryptocurrencies. Doges, which were enhanced by Elon Musk and Mark Cuban likes, rose on Friday by more than 110% before falling the next day. Demand was so fast for the token that Robinhood trading investors disrupted the website.<h3 id="retreats-for-corporate-backing">Retreats For Corporate Backing</h3>Part of the explanation for bitcoin's decline looks at least to be a brief reversal in cryptocurrency adoption philosophy. Elon Musk revealed earlier this year that he had purchased a balance sheet worth more than $1 billion. Numerous payment companies have declared an upgrade for additional crypto activities, and big Wall Street banks are beginning their work on their customers? crypto trading teams. Mid-April Coinbase, an exchange firm for bitcoin, was announced via a direct listing.But Musk said last week, citing environmental concerns, that Tesla no longer takes bitcoin as payment. He also suggested that Tesla didn?t sell its current Bitcoin holding, using Twitter?s emoticons to indicate the firm had "diamond hands."Furthermore, according to new JPMorgan research, institutional investors appear to have shifted away from bitcoin and gold in favor of future contracts. As a value storage, Bitcoin has been called a possible substitute for conventional currency.Increasing adoption by mainstream cryptocurrencies has inspired Bitcoin's rise, and lifted other high tokens. Crypto interest rose again, as PayPal and Square businesses started permitting bitcoin transfers on their platforms, and Wall Street corporations like Morgan Stanley began giving access to coins to some of the wealthiest customers. This is despite continued worries about their volatility and use as a payment mechanism. As the base of investors expands, governments scrutinize risks more closely surrounding the industry.The central bank of Turkey prohibited the use of crypto as a payment method on April 30, stating that there is a risk of "non-recoverable" loss of the degree of anonymity behind digital tokens. In the March article, Reuters quoted an anonymous senior government source with firsthand knowledge of this proposal proposing legislation that prohibits cryptocurrencies and punishes anybody possessing or trading such assets. India will do so.Crypto companies are strengthening their position to meet the evolving legal framework and address the continuing skepticism of digital tokens. The most passionate advocates of Bitcoin regard it as a contemporary store of value and inflation, while others are afraid that a speculative bubble is developing.<h3 id="involvement-of-skepticism-in-bitcoin">Involvement of Skepticism in Bitcoin</h3>Oh, yes, plenty. It is simpler to monitor Bitcoin's movement than to find out its value, so so many organizations, professionals, and investors are skeptical about it and the crypto-currency as a whole. So far, digital currencies have not materialized, even as a replacement for paper currency.One reason for Bitcoin?s resistance against other cryptocurrencies is that space investors might regard BTC now as the most reliable digital token. Detractors might still show significant volatility levels in BTC, but are still more common than certain others. Investors who know new, lesser, cryptocurrencies may fairly be anticipated, while the bear market is operative, to shift their cash from altcoins to bitcoin.<h3 id="what%E2%80%99s-next">What?s Next?</h3>The downturn in crypto trading is not unique, which indicates that investors might be making a movement away from more speculative businesses. In recent weeks, too, technological and growth stocks, much of which exceeded the general market substantially during the coronavirus epidemic.Notwithstanding the disruption to one of the world's largest economies, the drop is called a short-term correction in the ecosystem. "Nearly 40% of its all-time high decline in bitcoin price seems extreme, but is common in many volatile markets, including crypto, particularly following such a strong surge". This is primarily due to gains from short-term traders. This reduced pricing can be called a purchasing opportunity for long-term investors, as did MicroStrategy," said Avinash Shekhar, Co-CEO of the crypto-exchange located in India, ZebPay.

REHAN HUSAIN

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Cryptocurrency

The Fall of Crypto-currency Giants

Introduction to Electronic Health RecordThe digital counterpart of the patient's paper chart is commonly known as "Electronic Health Record" -EHR. EHRs are patient-centered records in real-time that provide information for authorized users immediately and securely. EHR systems are constructed to go beyond conventional clinical data gathering and provide a wider perspective for patient care. EHRs are a crucial component of IT health and can: <ul><li>Include patient history, diagnosis, medicines, treatment plans, vaccination dates, allergies, radiological imaging, laboratory findings, and test results.</li><li>Allow the proof-based methods physicians may utilize for deciding the treatment of a patient.</li><li>Provide transparent information available in a structured manner which lowers the clinical errors and administrative costs. </li></ul>An EHR is characterized by its ability to digitally generate and manage health information by authorized personnel that can be shared with other physicians across various healthcare organizations.EHR InteroperabilityThe lack of access to medical records has been recognized as a barrier to transparent and efficient treatment for patients for a long time. While systems with electronic health records (EHR) assist in resolving this problem to an extent, many of these systems are heterogeneous and exhibit minimal interoperability within platforms, and demonstrate varying success integrating into clinical workflows. Many EHR systems are thus unable to provide key advantages of digital technologies, like data sharing capabilities, streamlining user experience, and advanced analytics. The lack of interoperability with various EHR platforms is very challenging as complex patients are present with multiple healthcare facilities in different healthcare jurisdictions.The lack of interoperability causes many problems: ? Restricted exchange of data: Currently, the EHR solutions available in the market limit patient information's open flow across different platforms. For data transfer, most vendors impose interfacing costs. A lack of data sharing also encourages repetitive investigations, consuming additional healthcare resources and potentially delaying definitive care.? The lack of a unified perspective of patients: The existing solutions provided by EHR vendors are compartmentalized, which fails to capture the entire medical journey of the patient. There is no common platform or API which enables smooth communication across different proprietary and older systems.? Lack of insights: The advantages of data mining and data storage are significantly limited by the lack of full data and reluctance on the part of EHR suppliers to provide customized interfaces.Challenges in Enabling Interoperability for EHR SystemsLack of interoperability leads to massive losses, yet the number of efforts the healthcare ecosystem is making for solving the issue is far lower than expected. Much contributes to the parties' unwillingness to interoperate with EHR systems: <ul><li>Failure to share data: Data sharing between payers and suppliers has always been a problem primarily because they operate independently and do not share common data exchange standards. This divide has produced cultural inertia in interoperability adoption for these parties. Due to the present drive towards value-based care, numerous efforts are underway to integrate care and delivery, which needs a seamless exchange of information across stakeholders. </li><li>Data security and integrity: The view of a single interoperable platform, which makes possible access to all health information in one place, raises significant issues about safety and privacy. The recent Anthem violation of medical data and WannaCry ransomware is evidence that a cyber assault is threatened. When there is interoperability, the database becomes the target for cyber attackers if the whole healthcare database is housed on a single central platform. Furthermore, it is essential for accurate health data not to be manipulated by any authorities. </li><li>Misaligned incentives: The motivations of stakeholders are not aligned with the interoperability objectives.</li></ul>? Suppliers: Currently, each EHR vendor offers its own systems. When interoperability becomes a reality, consumers will no longer find their own lock-in and will be free to pick any seller. This would weaken the competitive advantage of EHR companies and cannibalize their current income sources.? Buyers: Current users of EHR systems have spent trillions of dollars to purchase and set up traditional EHR systems. The use of an interoperable platform may force them to replace their current systems, resulting in the possible loss of trillions of dollars.<ul><li>Government regulations: Forcing system interoperability is not an option with huge numbers of stakeholders in a complex information processing environment. An actual implementation would need the buy-in of all the parties involved who should be prepared to accept specific principles of governance and commercial agreements. Nevertheless, the involvement of public authorities would be essential in the timely implementation of advice and certification criteria and standards.</li></ul>Why Chose Blockchain To Enable InteroperabilityMost organizations and academics believe blockchain technology to be one of the frontiers to address the EHR interoperability issue. Blockchain is designed to address the issue of health interoperability challenge by means of distributed ledgers, and information ecosystem similar to the healthcare landscape that spreads across different nodes (payers, providers, EHR platforms, etc.). Simply said, blockchain is an encrypted or encoded ledger that is a transaction database in the form of chain blocks. Multiple users verify these blocks via consensus methods over a public or private network. The cryptographic designs built-in blockchain technology prevents data tampering and unauthorized access.Using blockchain technology to make data accessible for patients, providers, research institutes, and public entities offer several possible advantages. The use of healthcare at the patient level is a well-known trend that has led to a large number of patient data produced through mobile apps and other digital technologies. Patients can have an active and involved role in their treatment by making healthcare information more accessible. In addition, all pertinent health information would be sent to doctors at every meeting to allow effective and customized treatment plans and eliminate the chances for duplicate investigations. Enhanced access for scientists to the anonymized medical information on a scale may lead to more rigorous studies and better evidence-based decision-making. In addition, innovative efforts from developers and pharmaceutical companies could lead to lower research and development costs by making more accessible information and consent management via a patient-facing platform, thus providing patients as well as providers with more time-to-market and cheaper products and services.Despite the advantages mentioned above, many major problems need to be addressed before using them safely and effectively. Like any technology that disrupts healthcare, blockchain must be properly assessed in light of their requirements, and providers must equip themselves to make good use of the technology. While blockchain may provide a better information platform, it is simple to believe that the aforementioned advantages are not immediately achieved when implementing a blockchain system. Although a blockchain system could facilitate sharing of information between healthcare systems, patients, providers, and governmental organizations, many technological, legal, and institutional obstacles restrict its full potential in the healthcare sector.Barriers To Blockchain AdoptionThe use of blockchain as an interoperability platform will need the resolution of several issues: ? Scalability: The EHRs include the full health records for each person, and the database continues to grow with time. Traditional blockchains have limits on the maximum transaction pace because of the fundamental nature of blocks continuing to be added to a chain structure. Due to the complicated transaction logic, Blockchain transactions need sophisticated hardware. This begs the question: can blockchain be extended quickly enough to include EHR data? ? Micropayments: The healthcare industry is being inundated with related medical equipment in the near future. Micropayments have to be enabled across various IoT manufacturers to make sure these devices constantly communicate with one other and share real-time medical data. Because the conventional blockchain requires paying a fee to the miners for their computational power, it might mean paying a fee greater than the transaction value itself when processing the micropayments through blockchain. ? Power play of miners: Validation of network members known as miners is carried out in conventional blockchain. Some of the EHR prototypes based on blockchain have stimulated the participation of public health authorities as miners and offer them access to aggregate anonymized data as mining income. This provides a way to filter or postpone specific transactions for the privileged group. Interoperable Ecosystem ? An Ideal Setup The ecosystem utilizes both the forces of blockchain and the power of computation but removes the constraints of current technologies simultaneously.The ultimate platform should be a government or a public health agency distributed public leader, which allows all ecosystem members to connect and exchange data. The public ledger will be linked to every node family, including clinics, doctors, hospitals, and medical equipment; however, data on their systems will be on the private, licensed network or in the proprietary EHR. The fundamental concept of an authorized private network is identical to that of an authorized blockchain. Blockchain platforms have a balanced set of rules to enable wider usage and flexibility to meet variations in the local practice to realize their full potential. In addition, technological solutions can be emphasized, but human aspects must be taken into account. Just as Blockchain essentially opposes a siloed, decentralized approach, solutions should be decentralized as well and involve a broad range of multidisciplinary experts, including health care professionals, legal professionals, developers of technology, and patients, so that information can be exchanged optimally while safeguarding patient safety. The advantages of utilizing blockchain to make EHR more effective are undeniable. It will lead to customized and participatory therapy alongside results-based models; helps researchers develop better goods for less expense; helps to verify claim information quickly and accurately and improves settlements; reduces fraud, and helps to comply with regulations.ConclusionThe industry continues to focus on numbers ? more patients, more consultations, additional testing, more operations, and more hospitalizations. If the balance is translated into result-based charges, patient records are encouraged ? interoperability becomes a compelling offer, and blockchain is the desired answer. It is already widely agreed that changes to the business model can only solve healthcare problems. That implies that blockchain is not far away as an essential component of the medical sector.

Blockchain interoperability in healthcare industry

What is big data?Big data is a broad term that refers to a big collection of complicated data, whether unstructured or organized, that may be efficiently utilized to reveal additional insight and address business issues that were previously unsolvable using traditional analytics or software. Typically, data scientists use artificial intelligence-powered analytics to examine these massive databases constructively in order to find relationships and correlations that might give valuable business insights.Big data in healthcare sector:In healthcare, big data refers to the application of prescriptive, predictive, and descriptive analytics services to derive actionable insights from healthcare data. Three objectives underpin big data's use in healthcare:? Improve clinical results through the use of patient data.? Boost employee productivity by using operational data;? Utilize financial data from healthcare to help a practice, hospital, or healthcare institution enhance its income stream.The "Three Vs" of big data - volume, velocity, and variety - are the pillars of big data. These three characteristics or aspects define effective big data analytics in healthcare.? Volume refers to the massive quantity of data generated by healthcare organizations via their applications, portals, websites, and EHRs (electronic health records)? The term "velocity" relates to the rate at which datasets are created and processed.? Variety refers to the numerous sorts of data that we may currently produce, collect, and evaluate.Apart from these three, big data has two new Vs: veracity and value.The term "value" refers to the monetary value of the data being created, gathered, or evaluated.Finally, but certainly not least, veracity refers to the reliability, integrity, or quality of healthcare organizations? data generation, collection, and analysis.Big data is projected to enter the healthcare industry more quickly and deeply than it does other sectors such as media, financial services, and manufacturing. Which is unsurprising given that healthcare is the largest private sector employer in the United States and accounts for 20% of GDP.Indeed, it is anticipated that the worldwide healthcare big data market would expand gradually at a compound annual growth rate (CAGR) of 22.07 percent to reach around $34 billion by 2022.Another comprehensive analysis predicts that big data in healthcare will grow at an astounding 36 percent compound annual growth rate through 2025.The term "big data in healthcare" refers to the massive amounts of health data gathered from a variety of sources, including electronic health records (EHRs), medical imaging, genetic sequencing, payor records, pharmaceutical research, wearables, and medical devices. It differs from typical computerized medical and human health data used for decision-making in three ways: It is available in unprecedented volumes; data travels at a rapid rate and encompasses the vast digital universe of the health business; and, because it originates from a variety of sources, it is extremely varied in structure and character.Applications of Big dataThe major application of big data in the field of health care sector are discussed below:1. Maintaining patient health and preventing illness and disease should always be a top concern:? Consumer gadgets such as the Fitbit activity tracker and the Apple Watch monitor an individual's physical activity and can also report on particular health trends. The resultant data is already being uploaded to cloud servers, where it is being used to tell clinicians about their patients' general health and wellness.? Fitbit has already collaborated with United Healthcare, which pays its insured members with up to $1500 per year for frequent exercise. The One Drop app from Informed Data Systems for Android and Apple is causing substantial improvements in A1c levels in persons with diabetes. Meanwhile, Apple's HealthKit, CareKit, and ResearchKit applications utilize the technology built into Apple's mobile devices to assist patients in managing their diseases and to enable researchers to collect data from hundreds of millions of users globally.2. Expanding diagnostic services enables patients to receive expert treatment more easily:Apps for mobile devices, such as Aetna's Triage, advise people about their medical conditions based on aggregated data and even recommend that they seek medical treatment depending on their input.? Apple has teamed up with Stanford researchers to examine if the Apple Watch's heart sensor can be used to detect atrial fibrillation, a disease that claims roughly 130,000 lives each year in the United States. If the gadget is successful in identifying the illness, Apple can alert wearers to the need for medical treatment.? Propeller Health utilises a Bluetooth-enabled sensor that connects to inhalers and spirometers used by individuals with asthma or COPD. The business monitors ambient conditions at sensor locations and delivers information directly to patients' phones, enabling them to gain a better understanding of the reasons of their symptoms and take preventative steps. Additionally, the business sends reminders when prescriptions should be taken. Propeller says that patients are reporting 79% fewer asthma episodes and 50% more symptom-free days as a result of its 34 peer-reviewed papers.3. Cost savings: Medical data provides clinicians with more insight, which translates into improved patient care, shorter hospital stays, and fewer admissions and readmissions.? Additionally, analysis of healthcare big data helps to a better understanding of patient cohorts at highest risk for sickness, allowing for a proactive approach to prevention. In brief, study of healthcare big data enables the identification of outlier individuals who spend much more health services than the average. It can identify methods and processes that provide inferior results or are too expensive in comparison to the results.? The knowledge gained through big data analysis provides healthcare practitioners with clinical insights that would not be available otherwise. It enables them to prescribe therapies and make clinical decisions more precisely, removing much of the guesswork associated with therapy and resulting in cheaper costs and improved patient care.Importance of big data in health care sectorYes, there is growing enthusiasm for the potential of big data in healthcare, and investment in analytics is expanding. However, according to a recent Dimensional Insight research, 56% of hospitals and healthcare institutions lack adequate big data governance or a long-term analytics strategy. Here are some of the reasons why big data is critical for healthcare:<figure class="kg-card kg-image-card"><img src="file:///C:/Users/shagu/AppData/Local/Temp/msohtmlclip1/01/clip_image001.gif" class="kg-image" alt="*" loading="lazy"></figure>Inadequate data governance results in record duplication, unclaimed reimbursements, financial benchmarking issues, and other operational inefficiencies. That is something that big data can correct!<figure class="kg-card kg-image-card"><img src="file:///C:/Users/shagu/AppData/Local/Temp/msohtmlclip1/01/clip_image001.gif" class="kg-image" alt="*" loading="lazy"></figure>Patient care is also becoming more complicated, and without adequate analytics, it becomes increasingly impossible to offer high-quality, safe, and effective patient care. Numerous healthcare companies have had inconsistencies between their clinical and accounting departments as a result of data errors and incompatibilities.<figure class="kg-card kg-image-card"><img src="file:///C:/Users/shagu/AppData/Local/Temp/msohtmlclip1/01/clip_image001.gif" class="kg-image" alt="*" loading="lazy"></figure>In healthcare, big data is widely utilized to assist in identifying and managing patients who are both high-risk and expensive.<figure class="kg-card kg-image-card"><img src="file:///C:/Users/shagu/AppData/Local/Temp/msohtmlclip1/01/clip_image001.gif" class="kg-image" alt="*" loading="lazy"></figure>Indeed, 71 percent of respondents to the aforementioned research reported seeing discrepancies between data from several sources inside their company, most notably financial, clinical, and administrative information. Additionally, 51% of executives discovered discrepancies between data from several clinical departments.<figure class="kg-card kg-image-card"><img src="file:///C:/Users/shagu/AppData/Local/Temp/msohtmlclip1/01/clip_image001.gif" class="kg-image" alt="*" loading="lazy"></figure>Additionally, big data is utilized to identify high-risk regions where patients may get more efficient treatment, thus lowering costs and increasing patient satisfaction.<figure class="kg-card kg-image-card"><img src="file:///C:/Users/shagu/AppData/Local/Temp/msohtmlclip1/01/clip_image001.gif" class="kg-image" alt="*" loading="lazy"></figure>By assisting payers and healthcare providers in identifying high-risk and costly patients, big data and analytic technologies enable these people to get appropriate intervention and save money on preventative treatment well in advance.Challenges to big data:<figure class="kg-card kg-image-card"><img src="file:///C:/Users/shagu/AppData/Local/Temp/msohtmlclip1/01/clip_image001.gif" class="kg-image" alt="*" loading="lazy"></figure>The Difficulties of Data Aggregation To begin, patient and financial information is often dispersed among many payers, hospitals, administrative offices, government organizations, servers, and file cabinets. Bringing it all together and preparing for future collaboration amongst all data providers when new data is generated takes considerable preparation. Additionally, each participating business must comprehend and agree on the kinds and formats of big data to be analyzed.<figure class="kg-card kg-image-card"><img src="file:///C:/Users/shagu/AppData/Local/Temp/msohtmlclip1/01/clip_image001.gif" class="kg-image" alt="*" loading="lazy"></figure>Management Obstacles Finally, achieving the promise of big data analytics in healthcare would require companies to change their business models. Data scientists will very certainly be required, as will IT personnel with the necessary expertise to operate the analyses.<figure class="kg-card kg-image-card"><img src="file:///C:/Users/shagu/AppData/Local/Temp/msohtmlclip1/01/clip_image001.gif" class="kg-image" alt="*" loading="lazy"></figure>The scalability of data is also a problem in this sector, that needs to be taken care of.Road aheadBig data is just now starting to transform healthcare and propel the sector ahead on a number of fronts. The advances in medicine, technology, and finance that big data in healthcare offers will enable healthcare companies to enhance patient care and generate value. However, it will need stakeholders ? providers, payers, pharmaceutical manufacturers, government and politicians, as well as scientific and research communities ? to cooperate and innovate in order to reinvent their systems' design and performance. They must develop the technical infrastructure necessary to store and consolidate the enormous amount of healthcare data expected to reach 2,314 exabytes by 2020, according to industry experts. Additionally, they must invest in human capital?information technology professionals, data scientists, data architects, and big data engineers?to lead us into this new and exciting frontier of human health and well-being.Final verdictBig data has the ability to completely transform healthcare. Healthcare companies should make significant investments in big data in order to improve patient outcomes, reduce costs, and increase efficiency across all departments. More importantly, big data will enable doctors and hospitals to provide more focused treatment with improved outcomes. For pharmaceutical firms, big data is a catalyst that will aid in the creation and development of more creative medicines and products.On a broad level, healthcare stakeholders may depend on big data and predictive analytics to address critical problems like as readmission rates, high-risk patient care, staffing difficulties, and medication mistakes.

The Role of Big-Data in Healthcare sector

IntroductionNatural language processing (NLP) refers to a computer's capacity to comprehend current human speech and writing. It is utilised in modern technology to facilitate the privacy of spam email, personal voice assistants, and language translation apps.Natural language processing is gaining traction in healthcare due to its demonstrated ability to search, analyse, and understand massive quantities of medical data. By utilising modern medical algorithms, machine learning in healthcare, and natural language processing (NLP) technology services, it is possible to extract meaningful insights and concepts from data that was previously believed to be buried in text. NLP in healthcare media can properly speak the unstructured data of the healthcare universe, providing tremendous insight into quality, technique improvement, and improved patient outcomes.Physicians spend considerable effort documenting the how and why of their patients' care in chart notes. These notes are not easily extractable in ways that allow for computer analysis of the data. When a physician consults with you and notes your visit in a case note, such narratives are entered into electronic health record systems (EHRs) and kept as free text.Analytics are already assisting providers in navigating this shift, particularly when it comes to the income and usage problems associated with transitioning away from a fee-for-service payment model.However, clinical analytics and healthcare systems have proven to be more difficult to scale. Dissatisfaction with electronic health records remains high, and is unlikely to subside as developers and regulators attempt to cram an increasing number of patient safety features, quality metrics, and reporting obligations into the same old software.Providers frequently lack access to socioeconomic, behavioural, and environmental data necessary to create truly actionable analytics at the point of care, and consumer enthusiasm for Internet of Things devices and patient-generated health data complicates the issue of delivering meaningful results to end users without hopelessly clogging the computer screen. While it may be tempting to switch off the laptop and quiet the smartphone in favour of a simpler period when the consult room comprised simply the patient, the physician, and a pad of paper, healthcare will not solve its insight issues by restricting the amount of data available to users.What is NATURAL LANGUAGE PROCESSING?Natural language processing is an umbrella phrase that refers to the practise of identifying important features in daily language and extracting meaning from unstructured spoken or written input using computer algorithms. NLP is a computer science subject that involves expertise in artificial intelligence, computational linguistics, and other areas of machine learning.Certain NLP initiatives are aimed at defeating the Turing test by developing algorithmically-based entities capable of emulating human-like replies to inquiries or dialogues. Others utilise voice recognition technology to attempt to comprehend human speech, such as the automated customer support systems used by many big corporations.Yet others are devoted to giving data to consumers by detecting and extracting critical facts from massive amounts of data, such as superhuman speed readers with near-limitless memory capacity.NLP systems may be assigned specific duties such as the following:? Summarizing extensive passages of narrative text, such as a clinical note or academic journal article, by highlighting significant themes or words found in the source material? Mapping unstructured text data components to structured fields in an electronic health record in order to improve the integrity of clinical data? Converting data from machine-readable formats to plain language for reporting and instructional purposes in the other way? Responding to unique free-text questions that necessitate the synthesis of data from different sources? Using optical character recognition to convert pictures like as PDF documents or scans of care summaries and imaging reports to text files that can be processed and analysed? Conducting voice recognition to enable users to dictate clinical notes or other data that can be converted to text? Numerous natural language processing systems "learn" over time, reabsorbing the outcomes of earlier encounters to determine which outcomes were correct and which did not match expectations.These machine learning systems can work on the basis of statistical probabilities, which weigh the probability that a particular piece of data is indeed what the user requested. Depending on whether or not the response is approved, the probability can be changed in the future to reflect the end-growing user's demands.NLP in HealthcareNatural language processing was largely an academic subject until it gained traction in the commercial sector as a result of a massive increase in computing power, the adoption of cloud computing, and significant investment by technology companies in developing algorithms that can derive meaning from human speech, according to Mahi Rayasam, a partner in McKinsey's Detroit office and co-leader of Healthcare Analytics by. ?Ten years ago, if I had spoken to the forerunner to Siri with my non-American accent, it would not have understood me. However, it now comprehends more,? he explains.On the other hand, we know that clinical data is quite complicated. Consumer data is very simple to grasp from a semantic process viewpoint, such as when you ask Siri about the local weather or tell Alexa to purchase more detergent online. However, clinical data ? such as physician notes regarding a visit, emails, and specialised pictures ? can contain essential information whose meaning is more difficult to collect via an automated approach.Interest in natural language processing applications in healthcare has increased as a result of the adoption of EHRs and the improvement in accuracy levels for improved entity extraction and document specification. While clinical NLP is shown potential in the business, it will be years before EHRs are widely used to alleviate physician fatigue.Future of NLPWhile natural language processing is not quite there yet, the healthcare sector is prepared to put in the effort necessary to get there. Cognitive computing and semantic big data analytics initiatives, both of which rely heavily on natural language processing, are getting significant investment from some well-known names.Financial analysts are positive on the prospects for natural language processing and allied technologies in the next years. According to Allied Industry Research, the cognitive computing market will reach $13.7 billion by 2020, growing at a 33.1 percent compound annual growth rate (CAGR) over current levels.Natural language processing accounted for 40% of total market revenue in 2014 and will continue to be a significant potential for the industry. Healthcare is already the most prolific consumer of these technologies and will continue to do so for the remainder of the decade.Additionally, the same organisation anticipates spending $6.5 billion on text analytics by 2020. Predictive analytics powered by unstructured data will experience considerable growth. Consumer behaviour modelling, illness tracking, and financial forecasting are all possible uses.Natural language processing techniques may eventually be able to close the gap between the unfathomable quantity of data created on a daily basis and the human mind's limited cognitive capability. From cutting-edge precision medicine applications to the routine chore of coding a claim for billing and payment, natural language processing has virtually infinite promise for transforming electronic health records from burden to boon. The industry is monitoring the growing usage of NLP applications in healthcare. According to a recent online poll conducted by John Snow Labs, 36% of respondents who work in healthcare or life sciences want to implement NLP technology by the end of 2021.Combining NLP with computer vision, for example, would enable multimodal learning approaches, which combine what a computer can see, read, and hear, Talk. The future use cases may involve "incorporating more intelligence into the search" process inside a single patient's EHR, therefore facilitating more accurate care recommendations. Additionally, natural language processing systems might be utilised to streamline administrative processes such as prior authorisation.Due to the vast volumes of data stored in healthcare systems, the integration of NLP and other AI capabilities can open up a world of possibilities for improving clinical decision-making and allowing clinicians to focus on their patients rather than their gadget displays.ConclusionThe development of improved natural language processing for healthcare data has proven difficult in 2018 and 2019. If the NLP output contains an excessive number of recommended conclusions or erroneous artificial conclusions, users will learn to disregard the intelligence, resulting in a system that can impair overall business productivity. NLP software for healthcare should prioritise data findings that include the least noise and the most information about what healthcare practitioners should do.Healthcare natural language processing enables computers to perform the tasks that computers are designed to perform. To do analytics, HCC risk adjustment coding, back-office tasks, and patient set analysis while maintaining open contact with physicians.In healthcare, natural language processing is enabling new and exciting possibilities for healthcare delivery and patient experience. It will only be a matter of time before sophisticated natural language processing code recognition enables physicians to spend more time with patients while also assisting them in making insightful decisions based on accurate facts. In the years ahead, we'll hear about and see the potential of this technology as it enables clinicians to have a beneficial impact on health outcomes.

NLP and Patient records

IntroductionDAOs are an efficient and secure method of collaborating with like-minded individuals worldwide. They are considered to be an internet-native business that its members jointly own and control. They include built-in treasuries that no one may access without the group's consent. Proposals and voting are used to make decisions, ensuring that everyone in the organization has a voice. No CEO can spend according to their whims, and there is no possibility of a dishonest CFO manipulating the accounts. Everything is transparent, and the DAO's code contains the rules governing spending.DAOs address an age-old governance challenge referred to by political scientists and economists as the principal-agent dilemma. This occurs when an organization's agent has the authority to make decisions on behalf of or affecting the principle - another individual or entity inside the organization. Managers acting on behalf of shareholders or politicians acting on behalf of citizens are both examples of this. Moral hazard develops in such situations when one individual takes greater risks than they usually would because others pay the expense of those risks. More broadly, it happens when the agent acts in his or her own self-interest rather than the principal's, owing to the principal's inability to control the agent's activities fully. This problem is typically exacerbated when an underlying information imbalance exists.Why are DAOs required?Creating an organization with someone that includes finance and money demands a high level of confidence in the individuals you collaborate with. However, it's difficult to trust someone with whom you've just communicated over the internet. With DAOs, there is no need to trust anybody else in the group; all that is required is faith in the DAO's code, which is completely visible and verifiable by everyone. This creates a plethora of new avenues for worldwide collaboration and coordination.In conventional businesses, all agents are bound by employment contracts that govern their interactions with the firm and with one another. Their rights and duties are governed by legal contracts and enforced by a legal system that is governed by the nation in which they reside. If anything goes wrong or someone breaks their part of the agreement, the legal contract will establish who may be sued in a court of law for what.Traditional organizations vs DAODAOs, on the other hand, entail a group of individuals engaging according to an open-source self-enforcing protocol. The native network tokens are awarded for securing the network and doing other network duties. By reducing transaction costs and increasing transparency, blockchains and smart contracts align the interests of all stakeholders through the native token's consensus rules. Individual behaviour is rewarded with a token for contributing collectively to a common objective. Members of a DAO are not legally tied to one another and have not engaged into any formal legal contracts. 21 Rather than that, they are guided by incentives related to network tokens and completely transparent rules embedded in the software, which are enforced by machine consensus. There are no bilateral treaties in place. There is just one governing law - the protocol or smart contract ? that governs all network participants' behaviour.In contrast to traditional businesses, which are structured top-down, with numerous layers of management and bureaucratic coordination, DAOs provide an operating system for people and institutions who do not know or trust one another, who may live in different geographical areas, speak different languages, and thus be subject to different jurisdictions. Rather than relying on legal contracts to govern human connections, the Bitcoin Network relies on open-source code that is self-enforcing by majority consent of all network players.Except for the code, DAOs lack a hierarchical structure. Once deployed, this entity is self-contained and cannot be restricted by a single entity, but rather by a preset majority of the organization's members. The precise majority rules are established in the consensus protocol or smart contract, and they will vary by use case. In certain countries, such as Austria, there is a trend in the legal literature to regard DAOs as civil law partnerships.A smart contract can be used to formalize a DAO. The use cases vary in complexity from simple to sophisticated. The number of stakeholders and the quantity and complexity of processes inside that company that the smart contract will regulate determine the complexity. These use cases may resemble corporations or nation-states, depending on the organization's goal and governance norms. The more centralized the governance regulations, the more similar it is to a typical corporation. In a more decentralized configuration, the governance rules may mimic nation-states, autonomously guiding behaviour via tokenized rewards and disincentives. In such instances, token governance rules encourage and guide a network of participants without the need for centralized intermediaries, therefore replacing the requirement for top-down organizations run by a group of people with self-enforcing code. Such decentralized groups can employ the legal system to safeguard physical property, but this is secondary to smart contracts' preemptive security features.To establish a functional autonomous infrastructure, a sophisticated stack of technologies guided by consensus protocols must be put in place. Their native protocol tokens enable the emergence of distributed Internet tribes.DAOs are open-source, which means they are transparent and, in principle, incorruptible. All of the organization's transactions are recorded and stored on a blockchain. The incentive rules connected to the native token align the interests of the organization's members if they are structured appropriately. Proposals are the primary method for making decisions inside a DAO, and the majority of network actors involved votes on them. As such, DAOs may be viewed as distributed organisms or distributed Internet tribes that live on the Internet and function autonomously and significantly rely on expert persons or smaller organisations to do specific activities that cannot be substituted by automation.Many more DAOs with a variety of objectives are expected to emerge on top of the technology that Bitcoin originally pioneered. When combined with the "Internet of Things," smart property governance may be directly linked into the blockchain, possibly allowing decentralized groups to control automobiles, safe deposit boxes, and buildings.The Bitcoin Network is the first truly decentralized and autonomous organization, managed by a consensus mechanism that anybody is free to use. Since the first block was generated in 2009, it has provided an operating system for money that is free of banks and bank managers, and it has remained assault resistant and fault-tolerant. Bitcoin is not controlled by a single body, which means that as long as individuals continue to participate in the network, only a global power failure could bring it to a halt.The underlying blockchain architecture provides an incentive network, which is fueled by governance rules associated with its cryptographic token. The consensus layer's token governance rulesets enable automatic and transparent coordination of a diverse group of people who do not know or trust each other. The Bitcoin Network has demonstrated that tokens may be used to program behaviour, i.e., guide the economic behaviour of network nodes.ConclusionWith the advent of the Ethereum Network, the notion of DAOs advanced from blockchain protocol to smart contracts. Previously, creating a DAO required a blockchain network with an attack-resistant consensus mechanism; however, smart contracts enabled the formation of DAOs easy to program, even with only a few lines of code and without the need to build up your blockchain infrastructure.

Decentralized Autonomous organizations

The cross-chain developmental efforts are currently in the experimental phase, and in the future, the promotion of cross-chain platform projects will be based on a significant landing. Learn everything about blockchain interoperability and cross-chain technology.

The Language of Cryptocurrency- Cross-chain Technology

<h3 id="what-is-cross-chain-technology">What is Cross-chain Technology</h3>Blockchain and distributed ledger technologies are growing in popularity daily. Connecting these new chains is becoming more crucial as more consumers become aware of developing technology's potential. Let's go further to understand what blockchain interoperability is why it is so critical.The number of blockchain initiatives is increasing because developers are thinking outside the box to maximize the possibilities of the technology. Additionally, the rise reflects the recognition that no one technology would be able to meet all blockchain requirements simultaneously.Cross-chain technology is becoming a primary subject of debate as to the final answer for improving blockchain interoperability. In layman's words, cross-chain technology is a relatively new concept that aims to transfer value and knowledge across distinct blockchain networks.While increased use of established networks such as Ripple, Bitcoin, and Ethereum is a positive development, it has created a slew of problems, chief among them economic and technological scaling constraints. As said before, most blockchain networks function in segregated ecosystems to serve a particular set of requirements.The cross-chains function in isolation has mostly prevented individuals from reaping the full advantages of distributed ledger technology. Due to the difficulty of various blockchains interacting with one another, individuals have been unable to reap the full benefits of blockchain technology. Cross-chain technology aims to address all of these problems by providing interoperability across blockchains, allowing them to interact and exchange information more easily.A cross-chain is the capacity of two relatively independent blockchains to communicate with one another. In other words, it enables blockchains to communicate with one another due to their uniform construction. Cross-chains overcome the constraints of a single chain.Cross-chain contact may be classified as isomorphic or heterogeneous, depending on the underlying technology. For isomorphic chains, the security method, consensus process, network architecture, and logic for verifying block creation are all consistent, making interchain communication very easy.<h3 id="cross-blockchain-compatibility">Cross Blockchain Compatibility</h3>The cross-chain protocol enables the transmission of value and information across different networks. When combined with the advantages of decentralized public chains, these protocols should create the groundwork for widespread blockchain acceptance and usage.Cross-blockchain interoperability enables the exchange of data across blockchains without the need for intermediaries. This implies that blockchains with comparable networks will be able to exchange value.When used in a business ecosystem, companies will no longer be limited to dealing with customers on the company's network. Rather than that, businesses will be able to conduct transactions with customers on other suitable blockchains. The whole procedure will occur in real-time, with no downtime or costly transaction fees. As with the Internet of value, cross-blockchain interoperability will enable blockchain networks to transmit value effectively.<h3 id="who-is-leveraging-cross-chain-technology">Who is Leveraging Cross-chain Technology?</h3>Ripple is a fantastic illustration of a blockchain project that is attempting to investigate cross-chain transactions. While it is still in its infancy, Ripple is trying to enable various digital assets across multiple blockchains.Ripple has already begun assisting banks worldwide in settling cross-border payments in several currencies and cryptocurrencies. The blockchain effort, on the other hand, has an uphill battle to perfect its cross-chain technology.Businesses are using blockchain technology to develop smart contracts that do away with the need for third-party administrators and assessors. A computer program is executed on top of the blockchain to execute smart contracts, with the parties defining the rules in advance. When these conditions are satisfied, the agreement is deemed complete and is immediately enforced.The financial sector and finance functions inside companies have made the most effective use of blockchain technology. This is the area in which this technology has advanced the most. Blockchain technology is beneficial for financial operations and business due to its smart contracts, digital payments through bitcoin, increased security and non-corruptibility, and record-keeping capabilities.<h3 id="the-importance-of-interoperability-in-the-blockchain">The Importance of Interoperability in the Blockchain</h3>The success of blockchain technology will be determined by the interoperability and integration of various blockchain networks. As a result, interoperability across blockchains refers to the idea of multiple blockchains communicating with one another to facilitate information exchange.Interoperability is the capacity to see and access data across several blockchain systems. For instance, if a user sends data to another blockchain, the receiver should read, understand, and respond efficiently. However, it is not feasible due to the inability of the Bitcoin and Ethereum blockchains to exchange information.Cross Chain technology aims to address all of these issues by increasing the interoperability of blockchains. Upcoming initiatives are gradually embracing the concept as they develop platforms capable of communicating with others without using a third person.Interoperability between blockchains should go a long way toward eliminating intermediaries or third parties associated with centralized systems. The capacity of various decentralized networks to interact directly with each other should contribute significantly to the development of completely decentralized systems.<h3 id="blockchain-interoperability-projects">Blockchain Interoperability Projects</h3>Given the increasing need to improve connectivity across different blockchain networks, numerous researchers are already working to develop appropriate solutions. As developers seek to speed blockchain adoption, blockchain interoperability initiatives are increasing day by day. Blockchain Polkadot is one of the most prominent initiatives aimed towards enhancing blockchain interoperability.PolkadotPolkadot blockchain is an elevated multi-chain platform that raises the bar for blockchain interoperability. Polkadot, the brainchild of Gavid Wood, one of Ethereum's creators, aims to improve the transmission of intelligent contract data across several blockchains. It is composed of several parachains with varying properties. Its transactions may be distributed over a large region due to the network's large number of chains. This is maintained with a high degree of transaction security.Polkadot's interoperability effort guarantees a frictionless link between private chains, public networks, oracles, and permissionless interfaces. The creators of the blockchain interoperability technologies want to create an internet in which autonomous blockchain solutions may exchange data through a Polkadot relay chain.BlocknetBlocknet's developers are presently working on developing a decentralized exchange to improve exchanging interaction. Additionally, blockchain is adopting blockchain interoperability methods that can alter our current perception of blockchain.Blocknet's goal is to decentralize all four components to create the world's first decentralized exchange. Additionally, the project's supporters are improving the cross-chain platform for use as technology.AionOnline Aion Online is another high-profile Blockchain interoperability project that aims to overcome unsolved issues surrounding blockchain network stability and compatibility. The developers want to establish Aion as the de facto standard protocol for different blockchains. The ultimate goal is to facilitate the development of effective and decentralized systems.WanchainWanchain is world?s first online blockchain system capable of interoperability and secure multi-party computation. Additionally, blockchain interoperability aims to reconstruct finance by centralizing all assets on a single blockchain. They are now implementing one of the most innovative blockchain interoperability methods available.By utilizing cutting-edge cryptography research, the blockchain interoperability project guarantees cross-chain capabilities. Additionally, it uses a unique protocol to link private, public, and consortium chains. The connectivity enables the transfer of digital assets between two distinct blockchains.Blockchain CosmosCosmos blockchain is the most underappreciated interoperability effort for blockchains. The blockchain project is vying to become the center of many initiatives. The developers have now published a software development kit they claim would solve problems of scalability and interoperability in blockchain applications.The Cosmos blockchain system comprises many autonomous blockchains named Zones connected through a central blockchain dubbed the Hub. Each Zone in this instance is powered by Tendermint Core, which allows an elevated, consistent, and secure PBFT-like consensus engine. The cosmos Hub links blockchain projects through the Inter-Blockchain communication protocol to improve interoperability.<h3 id="probable-solutions-to-blockchain-interoperability-issues">Probable Solutions to Blockchain Interoperability Issues</h3>The primary impediment to blockchain interoperability is many blockchain systems that do not communicate in the same language. To begin, many sophisticated systems in use include various degrees of smart contract functionality. Additionally, the transaction method and consensus mechanisms used in these projects vary significantly, making any interconnectivity impossible.To address some of the fundamental problems impeding blockchain interoperability, a system that allows universal communication across several blockchains is required. Additionally, open protocols and Multi Chain Frameworks are being promoted as potential answers to blockchain interoperability problems.<h3 id="open-protocols-to-improve-the-interoperability-of-blockchains">Open Protocols to Improve the Interoperability of Blockchains</h3>This, we believe, is one of the better answers for interoperability concerns. Adopting open protocols should contribute significantly to establishing standardized routes for different blockchains to interact with one another. These protocols provide a common language for blockchains, which facilitates communication.The Atomic Swap is an excellent example of an Open Protocol for blockchain interoperability. Atomic Swap, which acts as a decentralized cross-chain escrow service, enables exchanging money across two distinct blockchains, such as 1BTC for 1ETH. The whole transaction occurs without the intervention of an exchange or a middleman. Inter-ledger is another cross-chain blockchain implementation that makes use of the atomic swap protocol.<h3 id="utilization-of-multiple-chain-frameworks">Utilization of Multiple-Chain Frameworks</h3>On the other hand, multi-chain frameworks serve as open environments into which blockchains can be integrated. They are more complicated than Open Protocols. They do, however, facilitate open communication and data transfer between different blockchains.Multi Chain Frameworks enable blockchains to connect and become part of a standardized ecosystem to share data. They are often referred as Internet of blockchains since they provide unique and promising possibilities for blockchain interoperability.<h3 id="conclusion">Conclusion</h3>The cross-chain developmental efforts are currently in the experimental phase, and in the future, the promotion of cross-chain platform projects will be based on a significant landing. It will rely on the use of the application, the use of the functionality and rights of certificates, instead of simply transactions like asset chains, cross-chain forecasts, asset retention, and ultimately establishing a network of transmissions to connect the digital asset islands. In the future, PPIO will use assets on other chains to pay for storage and bandwidths and create and trade data assets via cross-chain technologies.

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