Big data is the lifeblood of manufacturing. It’s big data that can reveal the glitches in a company’s business operations, and its big data that when analyzed opens a window of opportunity for manufacturers to identify and fine-tune quandaries before they get worse.
Big Data is essential in achieving productivity and efficiency gains and unearthing incipient insights to drive innovation. With Big Data analytics, manufacturers can discover incipient information and identify patterns that enable them to ameliorate processes, increment supply chain efficiency, and identify variables that affect production.
As we move towards a digital world, the relationship between businesses and customers has been changing over the last few years. With customers' prospects higher than ever, companies need to find new ways to interact with them and improve their processes and accommodations' efficiency and quality. It’s in this context that several organizations are commencing to board the AI train to enhance their customer accommodation with more keenly intellective experiences and process automation.
SAS Analytics is a game-changer for Pharma Industry. Today’s pharma industry fails to survive long without leveraging clinical SAS in their clinical trials.
Statistics is one of the core disciplines of Data Science. Statistics is a vast field of study and Data Science requires only certain knowledge areas from Statistics such as data harnessing from various sources, understanding types of data and mathematical operations that can be performed on it, exploratory data analysis, measures of central tendencies, and variability, hypothesis testing, etc. As Data Science is about deriving insights from Data, Statistics becomes an important knowledge area.
Clustering or cluster analysis is a machine learning technique, which groups the unlabelled dataset. It can be defined as "A way of grouping the data points into different clusters, consisting of kindred data points. The objects with the possible kindred attributes remain in a group that has less or no kindred attributes with another group."
With a humongous 2.5 quintillion bytes of data engendered every day, data scientists are more diligent than at any other time. The more data we have, the more we can do with it. Furthermore, data science gives us strategies to efficaciously utilize this data. It just bodes well that software engineering has developed to incorporate data engineering adeptness, a subdiscipline that fixates on the conveyance, change, and storage of data.
As we all know, Big Data is the most valuable commodity in the modern era. The amplitude of data engendered by companies is incrementing at an expeditious pace. By 2025, IDC says the worldwide data will reach 175 zettabytes. A zettabyte is identically tantamount to a trillion gigabytes. Now multiply that 175 times. Then imagine how expeditious data is exploding.
Python is a programming language that is known by many people because of its great benefits and advantages. In fact, many people acknowledged the essence of Python for big data, and they utilized this in variants of major industries. Because of its prominence, most of the users incline to consider this in lieu of other types of languages that prevail in the marketplace.
In this article, let’s explore the benefits of utilizing Python in Big Data and its astonishing growth rate in Big Data Analytics.
Big data is a term that describes the large volume of data – both structured and unstructured – that inundates a business on a day-to-day substratum. But it’s not the quantity of data that’s consequential. It’s what organizations do with the data that is paramount. Sizably Voluminous data can be analyzed for insights that lead to better decisions and strategic business moves.
Cloud computing has been referred to as an architecture, a platform, an operating system, and an accommodation, and in some senses, it is all of these. A rudimental definition of cloud computing is utilizing the Internet to perform tasks on computers. It is an approach to computing in which resources and information are provided through accommodations over the Internet, in which the network of accommodations is collectively kenned as “the cloud.” The term is predicated on the cloud metaphor utilized in computer network diagrams as an abstraction of the underlying infrastructure of the Internet. Cloud computing moves computing and data away from the desktop and portable PC into sizably voluminous data centers. It refers to applications distributed as accommodations over the Internet, as well as to the authentic cloud infrastructure (eg, hardware and system software, networking, storage elements)
Hadoop is defined as a software utility that utilizes a network of many computers to solve the quandary involving immensely colossal amplitude of computation and data, these data can be structured or unstructured and hence it provides more flexibility for amassing, processing, analysing and managing data. It has an open-source distributed framework for the distributed storage, managing, and processing of the immensely colossal data application in scalable clusters of computer servers.
Blockchain is a system of recording information in a way that makes it arduous or infeasible to transmute, hack, or cheat the system.
A blockchain is essentially a digital ledger of transactions that is duplicated and distributed across the entire network of computer systems on the blockchain. Each block in the chain contains a number of transactions, and every time an incipient transaction occurs on the blockchain, a record of that transaction is integrated to every participant’s ledger. The decentralised database managed by multiple participants is kenned as Distributed Ledger Technology (DLT).
Blockchain is a type of DLT in which transactions are recorded with an immutable cryptographic signature called a hash.
The term artificial perspicacity was initially revealed in 1956, yet AI has become more mainstream today on account of expanded data volumes, progressed algorithms, and enhancements in computing power and storage.
Early AI research during the 1950s explored themes like quandary solving and symbolic methods. During the 1960s, the US Department of Bulwark checked out this kind of work and commenced training computers to emulate fundamental human reasoning. For instance, the Bulwark Advanced Research Projects Agency (DARPA) culminated road orchestrating projects during the 1970s. What’s more, DARPA engendered keenly intellective personal auxiliaries in 2003, sometime afore Siri, Alexa or Cortana were facilely apperceived designations.
The management of the COVID-19 vaccination program is one of the most intricate tasks in modern history. Even without the integrated complications of administering the vaccine during a pandemic, the race to vaccinate the populations who need it most all while maintaining the compulsory cold-storage protocols, meeting double dose requisites, and still convincing populations of the vaccine safety, is daunting.
The vaccines available today are unlikely to be available in enough quantities to vaccinate the entire population in the near term, which engenders the desideratum for nimble, data-driven strategies to optimize inhibited supplies.
Data science combines mathematics, statistics, and computer science, in a way that avails identify patterns within data and draw insights from it. From this, data can be modelled to solve real-world problems.
Python is a dynamic, high-level, free open source, and interpreted programming language. It supports object-oriented programming as well as procedural-oriented programming.
In Python, we don’t need to declare the type of variable because it is a dynamically typed language.
Data Analytics refers to our ability to collect and use all the data (real-time, historical, structured, unstructured) to generate insights that informed fact-based decision-making. Data Analytics sanctions organizations to digitally transform their business and culture, becoming more effective, innovative, and forward-thinking in their decision-making.
Artificial Intelligence opportunities have escalated recently due to its surging demands in industries. The hype that Artificial Intelligence will engender tons of jobs is justifiable.
There's no doubt about it - analytics isn't just the way of the future, it's the way of right now! Having been adopted in all sorts of different industries, you'll now find analytics being used everywhere from aviation route orchestrating through to predictive maintenance analysis in manufacturing plants. Even industries such as retail that you might not associate with large amount of data are getting on board, utilizing analytics to ameliorate customer staunchness and tailor unique offerings.
An artificial intelligence implement is able to examine data from MRI scans and predict the likelihood that prostate cancer will recur after surgical treatment, a study published in EBioMedicine. A critical factor in managing prostate cancer in men undergoing surgery is identifying which are at the highest risk of recurrence and prostate cancer-categorical mortality. Researchers noted that approximately 20 to 40 percent of patients experience recurrence and may develop further metastasis after definitive treatment.
For many years, the first instinct of most clinical programmers has always been to inscribe SAS® code by hand, because that was the best approach available. Writing code designated kenning a great deal of syntax and always having the manuals handy. It withal designated pages and pages of code that were arduous to veridical, arduous to maintain, and hard to reuse for different compounds or contrivances. The first level of progression came when SAS introduced sundry windows and wizards such as Import/Export Wizard, Report Window, or Graph-n-Go that gave programmers the competency to commence utilizing the wizard and then prehend the SAS code and transmute it as obligatory.
Sankhyana Consultancy Services (Biggest SAS Authorized Training Partner in India) is introducing 3 days of free Data Science using SAS orientation program.
Our orientation program is designed to give data aspirants plenty of info. about base sas, advance sas, clinical sas, data integration, visual analytics, sas academy for data science, and about us, which will help you to prepare to make a career-defining decision. The orientation program will be conducted by our industry experts, who are having 5+ years of real-time market experience.
The demand for data skills has been growing at an expeditious rate and will perpetuate to progress for years to come. According to the World Economic Forum (WEF), Data and AI will experience the highest annual magnification rate for job opportunities, at 41%. It’s no surprise that the desideratum for these skills is more preponderant than the faculty to consummate the requisites, hence the term “skills gap” that perpetuates to be a sultry topic throughout the job market.
It's easy to get diverted by incipient developments in the fight against healthcare fraud. Incipient accommodations. Incipient providers. Relaxation of rules. The COVID-19 pandemic has expeditiously revolutionized the healthcare landscape. For instance, the regime made sweeping regulatory changes to accommodate a surge in patients. Healthcare distribution and payment organizations, commercial and regime have all had to pivot in replication to these changes.
The November edition of TIOBE's top programming languages list holds a surprise: For the first time in two decades, C and Java don't occupy the top two spots, with Java slipping to third and Python taking its place.
With more than eight decades of market presence in the Herbal Wellness and Healthcare segment, The Himalaya Drug Company remains committed to enriching the lives of people utilizing their products. Today, the Himalaya brand is synonymous with safe and efficacious herbal products. Complementing its vigorous commitment toward customer-focus and innovation, Himalaya turned to SAS Visual Analytics for its Herbal Healthcare business operations, and predictive analytics related requirements.
As a clinical programmer, there are many paths available. The main goal is always to access the data, manipulate and transform it, analyze it, and report on it. A programmer can specialize in data management (DM) programming and spend most of the time cleaning the data through edit checks and the engendered of patient listings and profiles.
SAS helps clinical researchers to achieve great speed and efficiency while conducting clinical trials. It helps Clinical SAS professionals to analyze large amounts of big data (structured & unstructured data), which helps them to uncover many hidden insights, patient concerns, and many other issues. These insights help them to predict and improve outcomes.
Machine learning is a method of data analysis that automates analytical model building. It is a branch of artificial intelligence based on the conception that systems can learn from data, identify patterns, and make decisions with minimal human intervention. This super-powerful, enabling technology is one of the most sought-after technical skills to have in this data-driven world.
Clinical Data Interchange Standards Consortium (CDISC) is a global not-for-profit organization that focused on the interchange of clinical information within the pharmaceutical market. Categorically, CDISC is very aligned with the desiderata of clinical tribulation data exchange as it relates to clinical research workflow.
Artificial Intelligence (AI) refers to the ability of a computer or a computer-enabled robotic system to process information and engender outcomes in a manner like the phrenic conception process of humans in learning, decision making, and solving problems.
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Let’s face it. Data sharing between platforms in health care just isn’t facile. Patient data privacy concerns, incompatible file formats, asynchronous identifiers … I’ve aurally perceived it all. From the electronic health record (EHR), picture archiving and communication systems (PACS) to discrete processes like pharmacy or departmental information systems, achieving some level of integration seems homogeneous to a pipe dream. So, where does this leave the analyst who wants to solve involute issues cognate to ameliorating health outcomes?
Artificial Intelligence (AI) is transforming our lifestyle intending to mimic human perspicacity by a computer/machine in solving sundry issues. Initially, AI was designed to surmount simpler quandaries like victoriously triumphing a chess game, language recognition, image retrieval, among others. With the technological advancements, AI is getting increasingly sophisticated at doing what humans do, but more efficiently, expeditiously, and at a lower cost in solving involute quandaries.
Expeditious-growing banks want to spend capital on introducing incipient products and accommodations, not hiring more staff to manage operational risk with spreadsheets.
Data integration involves combining multiple sources of data to present amalgamated results. The term data integration used to refer to a categorical set of processes for data warehousing called “extract, transform, load,” or ETL. ETL generally consisted of three phases:
We go through challenging scenarios that have changed the employment situation around the world. According to UN calculations, 400 million jobs could have vanished with the aggravating circumstance that women are the most affected, so that not only is the overall employability index deteriorating, but additionally the closing of gender gaps that are It has been arduous to reduce in the last decades.
Artificial Intelligence (AI) presents opportunities to increment prosperity and magnification. For the banking sector, it provides great opportunities to enhance customer experience, democratize financial accommodations, improve cybersecurity and consumer protection and invigorate risk management. Artificial Intelligence (AI) can be utilized in the banking sector, it brings automation & simplifies the process, AI will preserve the banking industry more than $1 trillion by 2030.
As organizations accumulate more data, managing the quality of that data becomes more consequential every day. After all, data is the lifeblood of any organization. Data quality management avails by amalgamating organizational culture, technology, and data to distribute results that are precise and utilizable.
Python is one of the many open sources object-oriented programming application software available in the market. Some of the many utilizations of Python are application development, implementation of automation testing process, sanctions multiple programming build, plenarily constructed programming library, can be utilized in all the major operating systems and platforms, database system accessibility, simple and readable code, facile to apply on intricate software development processes, avails in test-driven software application development approach, machine learning/ data analytics, avails pattern apperceptions, fortified in multiple implements, sanctioned by many of the provisioned frameworks, etc.
IQVIA is an American multinational company accommodating the cumulated industries of health information technologies and clinical research. It is a provider of biopharmaceutical development and commercial outsourcing accommodations. With a network of more than 50,000 employees in approximately 100 countries, it is one of the world’s largest contract research organizations.
Users of banking accommodations have reduced their visits to branches and are opting to utilize the digital channels available to them to carry out financial operations (transfers, purchase products, pay for accommodations, apply for loans, and invest their money).
AI has turned from a niche technology/computational area into a mainstream computer science engineering toolkit. It has engendered chaos in Silicon Valley and immensely colossal IT giants like Google, Facebook, LinkedIn, and many others are heavily investing in careers in Artificial Intelligence.
The importance of Artificial Intelligence and Machine Learning has been incrementing as a growing number of companies are utilizing these technologies to ameliorate their products and accommodations, evaluate their business models, and enhance their decision-making process.
Today, customers expect a seamless, highly personalized, and germane experience whether online, through an app, a call center, or in person, and they expect the personal information they make available to businesses to be utilized in their benefit.
Python is one of the most popular programming languages that any developer should know. Python developers are in high demand - not only because the language is so popular and widely used but mostly since Python became a solution in many different areas. From web applications to data science and machine learning. However, it is not enough to just master the language itself. Surprisingly, that might be the most facile step in becoming a Python developer.
As the organizations work to recuperate from the uncertainties and far-reaching implications of the COVID-19 pandemic, it’s important to ascertain that businesses are resilient and can acclimate expeditiously to mutable conditions. One way to engender resilience is to connect data to decisions by engendering a data analytics strategy that limpidly links people, processes, technologies, and data. Think of the analytics strategy as your north star – and your data strategy as the fortifying framework.
On a daily basis, business managers and owners make decisions that have an impact on their businesses, so by incorporating analytics into their processes, they can make better decisions, even when thousands or millions of alternatives have to be evaluated as a component of the quotidian activity.
Python is one of the most popular open-source languages and designed for providing the best approach for object-oriented programming. Python provides first-class libraries to deal with data analysis or any modern data science application as efficiently as possible.
Governments and the private sector are increasingly relying on data-driven technologies to avail contain the novel coronavirus, Covid-19. While some optically discern technological solutions as a critical implement for contact tracing, quarantine enforcement, tracking the spread of the virus, and allocating medical resources, these practices raise paramount human rights concerns.
Machine learning is a method of data analysis that automates analytical model building. It is a branch of artificial perspicacity predicated on the conception that systems can learn from data, identify patterns, and make decisions with minimal human intervention.
For Pharma Students, adding SAS skills will make the most sought after a profile in the healthcare industry. Sankhyana’s (SAS Authorized Training Partner in India) Clinical Programme will not only help them to get a better opportunity but also launch a career in the pharmaceutical industry.
Data has become of great consequentiality for those disposed to take profitable lucrative decisions concerning the business. Moreover, an exhaustive analysis of a prodigious magnitude of data sanctions influencing or rather manipulating the customers' decisions. Numerous flows of information, along with channels of communication, are utilized for this purport.
The COVID-19 pandemic has revealed the susceptibility of pharmaceutical supply chains. Pharma companies are fixating on risk management to ameliorate the resilience of their networks. Most of the quantifications they will take, including onshoring, over capacities, and redundancies will lead to higher costs. To decrement inventory levels across these incipient supply chains and control costs, pharma companies should withal fixate on amending their injunctive authorization orchestrating.
A data analyst collects, processes, and performs statistical analyses on large datasets. They discover how data can be habituated to answer questions and solve quandaries. With the development of computers and an ever-incrementing move toward technological intertwinement, data analysis has evolved. The development of the relational database gave an incipient breath to data analysts, which sanctioned analysts to utilize SQL to retrieve data from databases.
Artificial Intelligence (AI) promises to distribute some of the most paramount and disruptive innovations of this century. Self-driving cars, robotic auxiliaries, and automated disease diagnosis are all products of an emerging AI revolution that will reshape how we live and work. And with demand for talented engineers more than doubling in the last few years, there are illimitable opportunities for professionals who want to work on the cutting edge of AI research and development.
Artificial Intelligence (AI) is likely availing you in your life right now and you may not even ken it. AI powers assistants’ auxiliaries rideshare apps and social media aliments. It autopilots our planes and sometimes even distributes our packages. It should be no surprise, then, that by the year 2022, one in five workers will be working side-by-side with AI technology — from HR to IT.
As the market leader in clinical research analytics, SAS provides a secure analytics foundation and scalable framework for clinical analysis and submission. SAS robust analytic implements and techniques, including AI and machine learning, avail you gain a competitive edge in the high-stakes world of clinical research analytics – from getting tribulations up and running, to modernizing tribulation designs, to distributing life-transmuting therapies to market more expeditious and more efficiently. SAS withal provides the leading platform for data transparency, sanctioning you to securely share historical tribulation data with third-party researchers for the betterment of medicine.
Sankhyana (SAS Authorized Training Partner in India) is a premium and best live-web/online sas training institute in Bangalore/India. Sankhyana offers a wide range of SAS training courses to enable you to emerge as an “Industry Ready” professionals.
Sankhyana Consultancy Services is one of the premium and best Data Science Training institute in Bangalore/India, dedicated to providing career-oriented training to student’s professionals. Numerous students and professionals have benefited from our robust curriculum.
Python is one of the most popular programming languages utilized by developers today. In this article, we will discuss why python is perfect for Artificial Intelligence, Machine Learning, and Deep Learning.
Visual analytics is "the science of analytical reasoning facilitated by interactive visual interfaces”. It can assail certain quandaries whose size, intricacy, and desideratum for proximately coupled human and machine analysis may make them otherwise intractable. Visual analytics advances science and technology developments in analytical reasoning, interaction, data transformations, and representations for computation and visualization, analytic reporting, and technology transition.
Predictive analytics is the utilization of data, statistical algorithms, and machine learning techniques to identify the likelihood of future outcomes predicated on historical data. The goal is to transcend kenning what has transpired to providing the best assessment of what will transpire in the future.
Over the past few years, AI has magnified advances in approximating human interaction, especially when it comes to verbalization apperception and detection of emotions, and Advanced Analytics. Artificial intelligence has the potential to offer $15.7 trillion to the global economy by 2030. Today, AI plays a role in many aspects of our daily lives, from commuting to shopping to browsing the web.
Python is easy to utilize, powerful, and versatile, making it a great cull for beginners and experts kindred. Python’s readability makes it a great first programming language — it sanctions you to think like a programmer and not waste time with confusing syntax. Python is great for backend web development, data analysis, artificial intelligence, and scientific computing.
Machine learning is a method of data analysis that automates analytical model building. It is a branch of artificial intelligence based on the conception that systems can learn from data, identify patterns, and make decisions with minimal human intervention. This super-powerful, enabling technology is one of the most sought-after technical skills and if you optate to land today’s most expeditious growing job, you require it. Sankhyana, the best Machine Learning Training institute in Bangalore/India helps you to upskill with this future technology.
SAS Analytics is playing a very critical role in helping the health and life- sciences industries evolve to meet the needs of the future. Combining and analyzing genomic, medical, and environmental data sources are sanctioning health care providers to get a more consummate picture of a patient’s health, the risk for disease, and lifestyle and circumstances so that they can recommend the right interventions at the right time.
Sankhyana Consultancy Services (SAS Authorized Training Partner in India) is a premium and best online/live-web training institute in Bangalore/India. Sankhyana provides the best online/live web training in India as per the current industry standards. Our training program will allow individuals to secure careers in billion-dollar analytics industry.
Artificial Intelligence (AI) is expected to more than double the rate of innovation and employee productivity in India by 2021, according to Microsoft – IDC. The rate of progress in the field of artificial intelligence is one of the best-contested aspects of the ongoing boom in edifying computers and robots on how to see the world, make sense of it, and eventually perform involute tasks both in the physical realm and the virtual one.
The world of financial crime is intricate and there are many points of attack. Today’s forward-thinking enterprise understands how fraud, compliance and cybersecurity are interconnected and takes a holistic approach to tackle them.
Python is one of the most popular programming languages nowadays which is easy-to-learn, easy-to-read, and easy-to-maintain and can be utilized in a large variety of applications. It sanctions its users to easily solve complex quandaries within a much shorter time than any other programming language.
Sankhayana (SAS Authorized Training Partner in India) is one of the best SAS training institute in Bangalore/India offering premium and high-quality classroom, online/live-web, corporate and academic training on SAS & Data Management tools.
According to KDnuggets studies, Python is the preferred programming language for data scientists. They require a facile-to-use language that has decent library availability and great community participation. Projects that have dormant communities are conventionally less liable to maintain or update their platforms, which is not the case with Python.
Artificial Intelligence (AI) refers to the ability of a computer or a computer-enabled robotic system to process information and engender outcomes in a manner like the phrenic conception process of humans in learning, decision making, and solving problems.
The demand for data skills has been growing at an expeditious rate and will perpetuate to progress for years to come. According to the World Economic Forum (WEF), Data and AI will experience the highest annual magnification rate for job opportunities, at 41%. It’s no surprise that the desideratum for these skills is more preponderant than the competency to consummate the requisites, hence the term “skills gap” that perpetuates to be a sultry topic throughout the job market.
In an era where data has become the new oil, it is paramount to have the right techniques and implements for processing what is amassed. Mainly because information extracted by correlation of data comes with an abundance of valuable insights that could avail make puissant, life-transmuting decisions. Imagine how it would be if two data sets having no straightforward connections were analyzed together to give a miraculous finding? That’s right, this has become possible today thanks to the innovative technologies that have bolstered the many different industries across the world. And healthcare is one such industry that has immensely benefited.
Sankhyana Consultancy Services is a premium and best data science with python training institute in Bangalore/India offering Python with AI & ML certification program for all those data aspirants who want to get certified in this booming data science field. Sankhyana’s Python with AI & ML training program will help students/professionals to dwell deep into data science.
Sankhyana Consultancy Services, Bangalore/India is a premium, leading and SAS Authorized Training Partner in India offering the best online/classroom training in Bangalore/India since the year 2014. Sankhyana’s Clinical SAS training in Bangalore/ India includes best Clinical SAS training including (Base SAS Programming Certification, Advance SAS, and Clinical SAS) to cover the demand of the Clinical Data industry by professional training programs of SAS. Our aim is to provide the main supporting part in nurturing students/corporates towards future demands.
The deadly novel coronavirus is not an unknown subject anymore. On January 28, WHO announces, and that time world was suffering to tackle covid-19. This is where technologies such as Artificial Intelligence (AI) and Machine Learning (ML) come into play. Analytics have transmuted the way disease outbreaks are tracked and managed, hence preserving lives.
The government of India on 30th May has launched the National Artificial Intelligence (AI) website (www.ai.gov.in). The AI website is jointly developed by the National Association of Software and Services Companies (NASSCOM) and backed from the National e-Governance Division of the Ministry of Electronics and Information Technology (https://meity.gov.in/).
Government, industry and academia are converging to find solutions to the quandaries caused by COVID-19, which emerged in the city of Wuhan, China, in December 2019. Unsurprisingly, the life sciences and healthcare sectors are at the heart of the work. Health care may make most of the headlines, but the work abaft the scenes in life sciences labs is just as crucial.
B. Pharm, M. Pharm & Pharm D degree programs for those who are interested in making a career in the pharma domain. In this article, we will discuss the best career options and career scope for pharma graduate students.
The involution of seeking a remedy for cancer has vexed researchers for decenniums. While they’ve made remarkable progress, they are still waging a battle uphill as cancer remains one of the leading causes of death ecumenical. But in this data-driven world, researchers are utilizing Data Analytics to solve the puzzle of cancer.
Doctors and biologists dedicated to scientific exploration have utilized traditional data amassment techniques when implementing tribulation tests in their investigations, this has sanctioned them to reach conclusions that can, after a process, become life-preserving medical products or procedures. of thousands of people and even animals. This traditional form of amassment has been transforming thanks to technology companies that specialize in developing analytical solutions that seek to facilitate people's work.
The demand for data skills has been growing at an expeditious rate and will perpetuate to progress for years to come. According to the World Economic Forum (WEF), Data and AI will experience the highest annual magnification rate for job opportunities, at 41%.
Advanced analytics is playing a very critical role in helping the health and life- sciences industries evolve to meet the needs of the future. Combining and analyzing genomic, medical, and environmental data sources are sanctioning health care providers to get a more consummate picture of a patient’s health, the risk for disease, and lifestyle and circumstances so that they can recommend the right interventions at the right time.
Healthcare is facing an unprecedented need to reform, drive quality, and cut costs. Magnification in targeted, categorical treatments and diagnostic technology, coupled with ascension in people with long-term and multiple chronic conditions, is engendering unsustainable demand on the system. To thrive – or even merely survive – healthcare organizations must acclimate and find ways to distribute preponderant, more efficient care. However, the potential for artificial intelligence (AI) and machine learning (ML) to transform the way healthcare and therapies are distributed is tremendous. It’s not surprising that the healthcare and life sciences industries are being flooded with information about how these incipient technologies will transmute everything.
There was a time when patient records were manual, and hospitals used traditional methods of managing hospital supplies and medicines and to control hospital-acquired infections. However, utilizing data analytics has proven a game-changer for the healthcare sector.
SAS (Statistical Analysis System) is widely utilized in clinical trial data analysis in pharmaceutical, Bio-Technology, and clinical research organizations. The utilization of SAS in clinical researches has given unbelievable results in past years. SAS can help healthcare professionals to meet their business goals, generate great revenue, enhance strategic performance management, and most importantly control costs.
In this blog, you will learn SAS from the basics. This SAS tutorial includes various aspects of SAS programming like data sets, data table, functions, write and submit SAS code, arrays, and use interactive features to quickly generate graphs and statistical analyses.
Analytics is the biggest game-changer for marketing and sales in the last 5 years. Analytics helps marketers to evaluate the success of their marketing initiatives. With the growing use of digital marketing, soon everything we use will have a digital connection. And the vast amount of data will be generated and analytics tools like, SAS, Artificial Intelligence & Machine Learning can give marketers capabilities to utilize that data to generate new opportunities, revenues for their organization.
Governments, industry, and academia are converging to find solutions to the problems caused by COVID-19, which emerged in the city of Wuhan, China, in December 2019. Unsurprisingly, the life sciences and health care sectors are at the heart of the work. Healthcare may make most of the headlines, but the work abaft the scenes in life sciences labs is just as crucial.
Data Analytics is an important tool in fighting the covid-19 pandemic. All these advanced technologies are being employed to help and make doctors and governments more efficient and better equipped to fight this pandemic covid-19. Coronavirus bringing terms like data sets, modeling, predictive analytics to the forefront, there's a spike in data analytics interest. Data Analytics gathers momentum, it is creating a great career opportunity for IT professionals with data analytics skills. With companies scurrying around for data analytics professionals, it is an apt time to gather the necessary skills to land on one of the hottest jobs today.
The whole world is suffering from pandemic covid-19. The spread of coronavirus began in November 2019 in Wuhan city. The spread of the coronavirus has affected more than 100 countries. The virus has separated us from each other. According to WHO (World Health Organization), social distancing, sheltering in place, and other mitigation efforts are critical to blunting the impact of the pandemic. The rapid, global spread of covid-19 has bought data analytics into the picture. Data Analytics is providing new insights based on massive amounts of data to stem the uptick in new cases and avail meet society’s needs. Researchers and developers across the world are using Data Analytics to track and contain coronavirus, as well as gain a more comprehensive understanding of the disease.
Nowadays, we add powerful computers to the mix for storing increasing amounts of data and running sophisticated software algorithms- producing the fast insights needed to make fact-based decisions. By putting the science of numbers, data and analytical discovery to work, we can find out if what we think or believe is true.
SAS is one of the most popular tool for data analysis and statistical Modeling. It is one of the most used software tool for data management, data collection, data extraction, data mining, data exploration, report writing, statistical analysis, business modeling, application development, and data warehousing, data integration, data visualization, building predictive models, etc. SAS is an asset in many job markets as it holds the largest market share in terms of jobs in the advanced analytics field.
Federal Bank is using SAS Data Quality to meet the needs of customers and manage operational and credit risk of its 8 million customers. Federal Bank is a major Indian commercial bank in the private sector, having more than a thousand branches and ATMs spread across different states in India.
Data Analytics is widely used on a very larger scale in telecom Sector. The rapid rise in the use of smartphones and growth in internet is creating exceptional amounts of data sources including, device data, customer data, network data, location data, etc. Mobile technology is fast evolving, and this has created an abundant choice for consumers. Technology advancement has induced a paradigm shift in consumer lifestyle and attitude towards technology. Data Analytics enables one to relate to the customers, understand their needs, provide what they want and ensure their customers are delighted and become loyal.
Analytics has been used to help solve problems faced by countries in their day to day scenarios. SAS being the prominent one is been used widely because of its different modules that can be modeled and integrate in the way the user requires it.
Data analytics refers to our ability to collect and use data to generate insights that inform fact-based decision-making. Data Analytics is the use of advanced analytic methodologies against very large, diverse data sets that included structured, semi-structured and unstructured data, from different sources, and in different sizes from terabytes to zettabytes.
Covid-19 has affected more than 190 countries including India. Complete India has locked down, due to covid-19 and everyone is sitting inert in their homes. This will be a great opportunity for those who want to upskill themselves during this lockdown with the best and most used data analysis tool SAS. Sankhyana Consultancy Services (SAS Authorized Training Partner) is launching new online/live- web sessions, now enjoy a classroom experience of learning from anywhere from your laptop/desktop.
As whole India is locked due to Coronavirus till 14th April’20. And if you are data aspirant and previously you were not getting time to upskill yourself, taking Sankhyana’s online / live-web Base SAS & Advance SAS (with Global SAS Certification) is a great way to enter in the emerging SAS Data Analytics field.
Want to know how industry-relevant is our Base SAS & Advance SAS online/ live- web training program? This is the best opportunity for all data aspirants & skilled professionals across pan India. Sankhyana Consultancy Services (SAS Authorized Training Partner) is conducting free demo sessions for those aspirants who really want to move ahead in their career with this additional skill. We are introducing new online/ live-web training session on SAS tools scheduled on 5th & 20th Apr ’20 because still, we believe that all organizations are using this opportunity to build leadership pipelines & seeking right talent on future business demand so that you don’t stop upskilling despite the spread of the novel coronavirus.