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Aiden Torres
Aiden Torres

5 Tips For Machine Learning Success Outside Of Silicon Valley IBM Big Data Analytics Hub



Tracey P. Lauriault, a professor expert in critical media studies and big data based at Carleton University, Ottawa, Canada, commented, Automation, AI and machine learning (ML) used in traffic management as in changing the lights to improve the flow of traffic, or to search protein databases in big biochemistry analytics, or to help me sort out ideas on what show to watch next or books to read next, or to do land-classification of satellite images, or even to achieve organic and fair precision agriculture, or to detect seismic activity, the melting of polar ice caps, or to predict ocean issues are not that problematic (and its use, goodness forbid, to detect white-collar crime in a fintech context is not a problem).




5 tips for machine learning success outside of Silicon Valley | IBM Big Data Analytics Hub



Experience management (XM) software company Qualtrics continues to deliver along its four core areas of business interaction: customer, employee, brand, and product. Using its signature AI and machine-learning analytics, Qualtrics uses experiential customer data to help clients turbo-charge their customer relationship management (CRM) with regular actionable insights provided through its CustomerXM and EmployeeXM platforms.


Headquartered in Reading, UK, Ascent delivers software, data science, data engineering, and advanced analytics services to organizations across the world. Founded in 2003, Ascent enables full-scale digital transformation for its customers through software product development, analytics and data science, IoT solutions, machine learning, DevOps optimization, and modernization of applications, data and platforms. With its primary business in Europe, Ascent has worked with companies across industries as diverse as aerospace, automotive, retail, healthcare, and financial services.


Founded in 1996 as Patersons, CloudPay has been innovating cloud-based solutions for more than 25 years. In 2001 the company launched the first cloud-based payroll platform for multinational organizations, giving it a tactical advantage over its competition through the early stages of mass cloud development. Throughout the last two decades, CloudPay achieved success while innovating in the fields of digital payments, payroll data analytics, and managed services, and in 2011, it entered a strategic partnership with Workday to provide payroll services for the California-based software company.


Founded in 2004, Protegrity is currently led by CEO Rick Farnell, an experienced executive, and entrepreneur with a track record of successfully leading global software, data analytics, and business development enterprises. Previously, he co-founded Think Big Analytics, which was purchased by Teradata in 2014, and he is also CEO and founding partner of Rapid Formation, a consulting and incubation firm headquartered in Park City. Recently, the company was named Data Security Solution of the Year in the 2021 Data Breakthrough Awards.


Benefits: R is heavily used in statistical analytics and machine learning applications. The language is extensible and runs on many operating systems. Many large companies have adopted R in order to analyze their massive data sets, so programmers who know R are in great demand.


Cloudera supplies a cloud platform for analytics and machine learning built by people from leading companies like Google, Yahoo!, Facebook and Oracle. The technology gives companies a comprehensive view of its data in one place, providing clearer insights and better protection.


Reltio is a cloud data management platform for companies and organizations in industries ranging from finance and healthcare to life sciences and oil. The self-learning platform organizes all types of data at unlimited scale, unifying datasets and integrating analytics for business operations and processes.


Taiwan needs not just improvements to general STEM education but innovators with specialized skills in math, statistics, computer science, and data science. These skills lie at the heart of such emerging fields as machine learning, AI, and cybersecurity.


There are interesting new approaches, e.g. running a citizen data science initiative which relies on technology to overcome skills gaps in an analytics and data science self-service/empowerment strategy. Accenture published an extensive review of org structures for analytics and data science.Whatever structure is right for your business, data scientists need support from other functions such as engineering, data architecture, DevOps and product. In the end, it does not matter to the success of data science whether this support exists within cross-functional teams or is accessible via good collaboration and robust prioritisation between teams and departments.


What they do: Phone calls may serve as a source of confusion or anxiety, which is why Hiya is streamlining the phone screening process. Leveraging machine learning models, Hiya sorts through call data and metrics to discern fraudulent callers from actual customers. Businesses can then avoid unnecessary calls, increase pickup rates, and strengthen their bonds with customers.


The ML Solutions Lab has successfully assisted customers from around the world across a diverse spectrum of industries including manufacturing, healthcare and life sciences, financial services, sports, public sector and automotive to create new machine learning-powered solutions.


RapidMiner is an end to end data analysis platform. It makes use of data modeling and machine learning to give you robust predictive analytics. Everything works on a fast drag and drop interface. You get a library of over 1,500 algorithms to apply to your data. There are templates to monitor things like customer churn and predictive maintenance. RapidMiner is a good data visualization tool. It makes seeing future outcomes of business decisions easy to interpret. Automated machine learning gives you stats on potential gains and other ROI data.


As the price of data storage has gone down and high performance computers have become more widely accessible, we have seen an expansion of machine learning (ML) into a host of industries including finance, law enforcement, entertainment, commerce, and healthcare. As theoretical research is leveraged into practical tasks, machine learning tools are increasingly seen as not just useful, but integral to many business operations.


The proliferation of big data has forced us to rethink not just data processing frameworks, but implementations of machine learning algorithms as well. Choosing the appropriate tools for a particular task or environment can be daunting for two reasons. First, the increasing complexity of machine learning project requirements as well as of the data itself may require different types of solutions. Second, often developers will find the selection of tools available to be unsatisfactory, but instead of contributing to existing open source projects, they begin one of their own. This has led to a great deal of fragmentation among existing big data platforms. Both of these issues can contribute to the difficulty of building a learning environment, as many options have overlapping use cases, but diverge in important areas. Because there is no single tool or framework that covers all or even the majority of common tasks, one must consider the trade-offs that exist between usability, performance, and algorithm selection when examining different solutions. There is a lack of comprehensive research on many of them, despite being widely employed on an enterprise level and there is no current industry standard.


The goal of this paper is to facilitate these decisions by providing a comprehensive review of the current state-of-the-art in open source scalable tools for machine learning. Recommendations are offered for criteria with which to evaluate the various options, and comparisons are provided between various open source data processing engines as well as ML libraries and frameworks. This paper presumes that the reader has a basic knowledge of machine learning concepts and workflows. It is intended for people who have experience with machine learning and want information on the different tools available for learning from big data. The paper will be useful to anyone interested in big data and machine learning, whether a researcher, engineer, scientist, or software product manager.


In 1997, Cox and Ellsworth [8] were among the first authors in scientific literature to discuss big data in the context of modern computing. Their work focused on data visualization, but their observations about the big data problem can easily be extrapolated to general data analytics and machine learning. The big data problem, according to them, consists of two distinct issues:


Today, the problem of big data collections is often solved through distributed storage systems, which are designed to carefully control access and management in a fault-tolerant manner. One solution for the problem of big data objects in machine learning is through parallelization of algorithms. This is typically accomplished in one of two ways [9]: data parallelism, in which the data is divided into more manageable pieces and each subset is computed simultaneously, or task parallelism, in which the algorithm is divided into steps that can be performed concurrently.


It is not uncommon to encounter big collections of big objects as data grows and becomes more widely available. This, coupled with unprecedented access to computing power through more affordable high performance machines as well as cloud services, is opening up many new opportunities for machine learning research. Many of these new directions utilize increasingly complex workflows which require systems built using a combination of state-of-the art tools and techniques. One option for such a system is to use projects from the Hadoop Ecosystem. The remainder of this paper provides detailed information about these projects and discusses how they can be utilized together to build an architecture capable of efficiently learning from data of this magnitude.


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