Tony Mason has 42 years of experience in Software Development, mostly consulting with companies to find novel and useful ways to build new or improve existing products. He has extensive experience in providing "knowledge transfer" activities, such as clearly written documents and focused education.
Consulting Services - Mr. Mason provides software development in Computer Operating Systems environments ("kernel development") including UNIX, Linux, and Windows, with an emphasis on storage technologies, particularly file systems.
Typical customers are usually clients interested in developing products requiring specialized operating systems functionality and/or understanding. Mr. Mason's usual involvement to achieve the client's goals in a reasonable period of time include:
Constructing Software Architecture
Constructing a Corresponding Design
Constructing a Focused Development Plan
Mr. Mason has worked with multiple operating systems including Microsoft Windows, UNIX, and Linux. He is the author of two books, including, Windows NT Device Driver Development, several peer-reviewed papers, and numerous non-peer-reviewed publications.
Mr. Mason is the primary inventor on 12 patents:
US/9830329 Methods and Systems for Data Storage
US/9600486 File System Directory Attribute Correction
US/9535759 Work Queue Thread Balancing
US/8990228 Arbitrary Data Transformation
US/8903874 File System Directory Attribute Correction
US/8539228 Managing Access to a Resource
US/8521752 Arbitrary Data Transformations
US/8024433 Managing Application Resources
US/7809897 Managing Lock Rankings
US/7512748 Managing Lock Rankings
US/7949693 Log-Structured Host Data Storage
US 15/791,486 Methods and Systems for Data Storage
For years, this has been the definitive and comprehensive technical reference for software engineers, systems programmers, and any engineer who needs to understand Windows NT systems internals. While this text has a fresh new look on the outside, the text, pictures, code samples and references on the inside are vintage 1998. Nevertheless, the book retains a tremendous amount of value in its clear (erudite even) descriptions of the Windows NT operating system architecture and internals; information on the implementation of standard Windows NT kernel mode drivers; Key details on the workings of Windows NT I/O Manager; and detailed technical discussions on interrupt management and synchronization issues.
Medical Image Analysis Consultant Ghassan Hamarneh
Prof. Hamarneh's professional experience extends over 20 years. He obtained his Ph.D. from Chalmers Univ. of Tech. in 2001, was a Post-doc fellow at the Hospital for Sick Children in Toronto, and at the Dept. Med. Biophysics at the Univ. of Toronto. Since 2003, he has been on the Computing Sciences faculty at Simon Fraser Univ. His research area is Medical Image Analysis (MIA) (computer vision and 3D image processing for biomedical imaging applications). He is a leader on a large number of technical projects in collaboration with local and int'l health centers. Dr. Hamarneh is a Senior Member of the Institute of Electrical and Electronics Engineers and a Senior Member of the Association for Computing Machinery.
Under Dr. Hamarneh's leadership, members of his group won several awards (e.g. 6 best papers), recognitions, and media coverage. His group secured funding from NSERC, CIHR, MSFHR, MITACS, NIH, and the Qatar Foundation.
Furthermore, he played a leading role in the organization of major workshops: Two highly successful workshop at the Banff International Research Station on "Math. Methods for Medical Image Analysis" and "Geometry for Anatomy", as well as the first MICCAI workshop on functional medical image analysis.
Prof. Hamarneh has over 200 scientific publications in high impact journals and peer-reviewed conferences, 7 book chapters, and several software contributions with tens of thousands of downloads, e.g. TurtleSeg, MATITK, N-SIFT, I-DO, and VascuSynth. He has given many invited talks at top universities and companies. He is an Associate Editor of IEEE TM. He has been on the editorial board of JIVC; a reviewer for int'l high impact journals: J MedIA, IEEE TMI, PAMI, TBME, SIAM Imaging Science, NeuroImage, etc. He served on the program and review committees of many int'l conferences/workshops: MICCAI, CVPR, ICCV, IPMI, MMBIA, ISBI, etc.
Dr. Hamarneh is the co-founder/director of the Medical Image Analysis Lab at SFU, a founding member of the IEEE Engineering in Medicine and Biology Chapter - Vancouver Section, Rehabilitation Aimed at Muscle Performance (RAMP), and the SFU Centre for Disability Independence Research and Education (CDIRE). He is a member of the Int'l Society on Medical Image Computing and Computer Assisted Intervention (MICCAI) and the Vancouver Brain Research Centre, a NeuroDevNet Network Investigator, and a Faculty/Mentor in the Canadian Institute of Health Research (CIHR) Bioinformatics Training Program.
Dr. Istvan Jonyer provides a range of technical, intellectual property, and expert witness services across areas like Machine Learning, Telecommunications, Software Architecture, Innovation Commercialization, and Investment Management.
Investment Advisory Consulting Services:
Software Analysis, Design, and Architecture - Dr. Jonyer has built large-scale communications, web, and consumer electronics systems, and has scaled out teams and processes to support worldwide launches of complex systems. He has built large-scale communications, web, and consumer electronics systems, and has scaled out teams and processes to support worldwide launches of complex systems.
Due Diligence - Dr. Jonyer's expertise covers science, technology, business, market, and team diligence areas. He provides technical due diligence supporting venture capital, private equity, mergers and acquisitions, and IP portfolio acquisition. Intellectual property evaluation, patent portfolio valuation, and commercial value evaluation.
Market Research - Dr. Jonyer provides market research at various levels of depth, including market maps, value chain analysis, secondary market summaries, as well as primary research with the world’s experts of niche areas (where we don’t have such expertise firsthand).
Premium Software Consulting Services provided by industry leading experts. Today's software users expect and demand software that is more intelligent, interactive, usable, and reliable than ever before, over a backdrop of continuously evolving technology spanning a range of platforms. To remain competitive, modern applications need to solve complex problems that have never been solved before. This requires more than just programmers. You need experts. All of our consultants have a Ph.D. in computer science or related discipline and at least ten years of industry experience. All have contributed to the software state-of-the-art, published original work, presented at conferences around the world, and have years of hands-on, practical industry experience. Areas include Software Design, Reliability, OOP, Pedagogy, Algorithms, Vision, Embedded Systems, Knowledge Acquisition, Programming Theory, Formal Methods, Computational Linguistics, Artificial Intelligence, and others. They know and work with today's modern programming languages and technologies. Expertise spans all aspects of the software life-cycle. Offering advanced software development, project management, code review & quality assurance, management consulting, expert witness services, failed project turnaround, usability analysis, and more. Available on or off site anywhere in the United States and Europe. Please see our web site for more information and additional service offerings.
The discovery phase of IP litigation often calls for a technical review of a software product. A code review is an activity conducted by an expert witness that involves reviewing the source code of a product to discover pertinent facts relevant to the case.
The situation: you have invested an enormous amount of money and company resources in developing software solutions to address client needs. Regardless of the size of your company, every dollar counts and you want to know that your investment today will ultimately produce a fast, modern, scalable, and correct software solution that will still be usable tomorrow with tomorrow's technology.
Licensing and infringement litigation are two primary potential income sources from a patent. With licensing, the inventor permits the licensee to make, use, sell, or offer to sell a patented invention for compensation.
Prolifogy's failed project turnaround service has generated increased interest recently. Specifically, it was the most requested of all service offerings last month—a fact that surprised even company officials.
Discovery Engineering is a private Engineering Firm based in Boulder, Colorado, performing investigations into Electrical, Electronic, and Communications Systems. Discovery Engineering also works with management to analyze risk, improve quality, and understand variability processes. Clients include industrial, commercial, research, legal, government, and private entities.
Mark McFarland, PE, Founder & CEO, is an Licensed Engineer and Statistician with over 25 years of extensive education and experience in applied statistics, statistical learning, artificial intelligence, electrical engineering, and communications. His practical experience includes the design, analysis, and testing of satellite, cellular, LTE, Internet, wireless, Wi-Fi, RADAR, networks, data communications, communication protocols, standards, public safety communications systems, GPS, instrumentation, and control systems.
Mr. McFarland understands variability is crucial to improving and controlling processes. He brings scholarship and practical experience in Statistics and Applied Research to help clients understand variability and improve outcomes.
Applied Research and Analytics Consulting Services:
Anthony C Chang, MD, MBA, MPH, MS is internationally recognized as an expert in the field of Pediatric Cardiology. He has a master’s degree in Healthcare Administration from University of Miami School of Business, from which he graduated with the McGaw Prize for academic excellence and a master's degree in Biomedical Data Science from Stanford University. Dr. Chang also has a master’s degree in Public Health from UCLA, from which he graduated with the Dean’s Award for academic excellence.
Dr. Chang leads pediatric heart teams all over the world. He was one of the founding members of the Asia-Pacific Pediatric Cardiac Society (APPCS) and will be initiating the foundation arm of the society at the bequest of the board. A world-renown leader in pediatric cardiology innovation, Dr. Chang is a member of the grant review committee for pediatric research at the National Institutes of Health. Respected in his field, he is a member the board of directors for the American Heart Association.
Providing leadership in education, Dr. Chang has served with the faculty of UCLA School of Public Health (eMPH program) and has taught global health for UCLA’s eMPH. He also teaches pediatric cardiology to cardiology fellows and holds a volunteer faculty appointment at the UCLA School of Medicine.
Doctor Chang - Being A Doctor
Dr. Chang is the founder of the Pediatric Cardiac Intensive Care Society (PCICS) that launched the multi-disciplinary focus on cardiac intensive care for children. He is also the founder of the Asia-Pacific Pediatric Cardiac Society (APPCS), which united pediatric cardiologists and cardiac surgeons from 24 Asian countries and launched a biennial meeting in Asia that now draws over 1,000 attendees. Dr. Chang has made over 50 medical missions around the world, including over 25 trips to China.
Dr. Chang is the founder and medical director of the Medical Intelligence and Innovation Institute (MI3), dedicated to implementing data science and artificial intelligence in medicine and is the first institute of its kind in a hospital. Dr. Chang is the organizing chair of several Artificial Intelligence in Medicine (AIMed) meetings in the U.S. and abroad that will focus on artificial intelligence in healthcare and medicine. He intends to build a clinician-computer scientist interface to enhance all aspects of data science and artificial intelligence in health and medicine.
A prolific author, Dr. Chang is the chief editor of the textbook Pediatric Cardiac Intensive Care and the past president-elect of the Pediatric Cardiac Intensive Care Society (PCICS). He is the chief editor of the textbook Heart Failure in Children and Young Adults. He is a regular reviewer for “Circulation,” “Pediatric Critical Care Medicine,” “Critical Care Medicine,” and numerous other journals.
Dr. Chang publishes and lectures widely on topics of big data and artificial intelligence in medicine, pediatric cardiac intensive care, heart failure, sudden cardiac death, adult congenital heart disease, and other aspects of congenital heart disease. He has served as program director for numerous large international conferences and symposia.
The technological singularity described by futurist Ray Kurzweil is the phenomenon when technology supercedes the human intellect . The current ascent to singularity is at an exponential rate (Law of Accelerating Returns) due mainly to escalating computing power (Moore's Law), and is estimated to occur by the year 2045 or sooner.
This is an academic dividend of the popular Pediatric Cardiology Review biannual course that was started by Dr. Chang and Dr. Eidem. The book contains over 875 questions & answers and is geared toward pediatric cardiologists taking the boards or maintenance of certification, pediatricians, and cardiologists interested in freshening their skills. It provides hundreds of questions relating to the diagnosis and treatment of the fetus, infant, child, and adult with congenital heart diseases.
This unique resource provides today's state-of-the-art guidance on the diagnosis and treatment of heart failure in children and adolescents. Contributions from the fields of surgery, intensive care, pediatrics, and cardiology emphasize a balanced, team approach to heart failure management.
A distinguished list of contributors from some of the major international centers covers this specialty like never before. With recent advances in ultrasound technology and pharmacology the expertise required to care for a critically ill child with heart disease takes an integrated approach with a multidisciplinary team and central focus. This resource provides comprehensive discussions of pertinent cardiac issues in the ICU setting with emphasis on perioperative care.