Department Of Computer Science, University College Cork, Ireland Department of computer Science. Research areas Algorithms, Unified Computing, computer Communications, Security, computer Simulation, Constraint Based Reasoning, Digital Video Compression, expert systems, Intelligent Information Agents, Neural Networks, ObjectOriented Database systems, Distributed and Parallel Processing, Semantics of programming languages, Theory and Formal Methods. http://www.cs.ucc.ie/
Extractions: UCC occupies a unique place in the history of Information Technology. Boolean algebra, which provides the mathematical basis for computer design, was named after George Boole the first Professor of Mathematics at UCC. Today the Department of Computer Science is one of the largest and fastest growing of the academic departments within University College Cork
Extractions: Brooks Hilliard has been engaged for over 90 matters in 15 states as an expert witness and/or an expert consultant Abstracts of typical cases: System non-performance Missing/fraudulent data (computer forensics) Intellectual property System valuation ... Regulatory and procurement Contact Brooks Hilliard at: Around the Bizauto web site: Who is Business Automation? Our services Consulting projects EXPERT WITNESS PROJECTS Internet Strategy consulting Professional biography Home Brooks Hilliard has been qualified as an expert and testified in both state and federal courts, as well as giving testimony in arbitrations, mediations and formal governmental hearings. Attorney references and case captions are available on request. Descriptions of many of Mr. Hilliard's cases are provided below. Cases included involve failed computer systems, computer fraud, intellectual property, computer forensics, and other areas of computer-related litigation and support. For confidentiality reasons, the litigant and attorney names and case captions are not posted on the web. However, these references are available on request. In reviewing the following project descriptions, readers should note that the term "alleged" is used purposely
Computer Science Department, University Of Regina Department of computer Science. Major research areas include artificial intelligence, graphics, image processing, expert systems, mathematical software and modeling, distributed computing, and theory of computation. http://www.cs.uregina.ca/
Extractions: The University of Regina's B.Sc. and B.Sc. Honours degrees in Computer Science have been accredited by the Canadian Information Processing Society's (CIPS) Computer Science Accreditation Council (CSAC). The CSAC works with academic institutions to ensure that educational programs prepare students for the demands of the Computing and Information Systems profession. Completion of accredited computer information systems programs, assist graduates in pursuing the Information Systems Professional of Canada (I.S.P.) designation. More information about CIPS and the professional certification program can be obtained at http://www.cips.ca or (905) 602-1370. This WWW page is an official communication of the University of Regina.
Extractions: ComputerHelpBooks.com is your online source for computer hardware and software help books. Orders placed through this site are fulfilled by Amazon.com , the world's largest online bookseller. Just click on any subject below to go to that page. Finally, don't forget to this site for future gift purchases. A
Extractions: Bachelor of Science in Computer Science and Engineering A computer composition engine has been designed in an attempt to capture basic music composition and improvisation knowledge in a variety of styles. The output is based solely on user-controlled parameters and low level rules embedded within the generation engine. Although the generator itself is platform independent, current versions exist for both Windows and Java, using MIDI and sound file output respectively.
Chicago Microsystems Inc. - Main Page - Chicagobased computer consulting firm expert in Windows-based operating systems, hardware and software integration, and network implementation and administration for small- and medium-sized clients. http://www.chimicro.com
Extractions: Chicago Microsystems, Inc. (CMI) is a computer, network and internet reseller serving the greater Chicago area. We support Novell Netware, Microsoft Windows, and Artisoft LANtastic networks, with small to medium (500-node) networks as our specialty. We serve business and educational institutions, offering complete solutions in hardware, software, design, installation, maintenance, and training. We take great pride in our business of making networks work TM Free DSL Installation? NOT! CMI has the facts DSL service now available through CMI affiliates Understanding the DSL installation cycle The Next Step: Virtual Private Networks ... CMI offers school library services package Chicago Microsystems, Incorporated
WPI Artificial Intelligence Research Group (AIRG) AIRG members share interests in the theory and applications of knowledgebased systems. Current and past research interests include knowledged-based design, multi-agent systems, machine learning, intelligent interfaces, computer vision, case-based reasoning, iconic interfaces, the validation verification of expert systems, approximate reasoning and data mining. http://www.cs.wpi.edu/Research/airg/
Expert Business Systems Information on computer support services for small and homebased businesses. http://www.ebsystems.net/
AI Expert Systems Books: Computer Books 4JP computer books Accounting Certification computer Games Database CommunicationsOperating systems Programming WIN32 net Web Services AI expert systems AI AI http://www.computer-books-4jp.co.uk/Programming/AI-Expert-Systems.htm
Extractions: Publisher : ADDISON-WESLEY Author : Jackson, P Price*: £28.49 RRP: £37.99 Discount: 25% User level: Programmer - Beg/Int Date pub: Feb 1999 Description : The third edition of Peter Jackson's book, Introduction to Expert Systems, updates the technological base of expert systems research and embeds those results in the context of a wide variety of application areas. The earlier chapters take a more practical approach to the basic topics than the previous editions, while the later chapters introduce ... [ more
In2net World Professional web design and hosting, computer business systems and database design, expert software solutions and consultancy. The company offers a bilingual (Welsh and English) service. http://www.in2networld.co.uk
Expert Says IE Can Be Removed From Windows | CNET News.com It is possible to remove Web browsing from Microsoft's Windows 95 and Windows 98 without harming the nonbrowser functionality of the operating systems, a computer consultant has testified. News.com http://www.news.com/News/Item/0,4,29842,00.html?st.ne.fd.mdh
Extractions: Expert Systems Design Expert systems, also known as "knowledge-based systems," are a class of computer program that can advise, analyze, categorize, communicate, consult, design, diagnose, explain, explore, forecast, form concepts, identify, interpret, justify, learn, manage, monitor, plan, present, retrieve, schedule, test, and tutor. These types of systems attempt to remove some of the complexity and skill necessary for certain jobs. Typically, an expert system is capable of explaining its reasoning for the decisions it makes and can "learn" as it gains experience. Of course this learning is not like a human learns. Expert systems will instead employ algorithms and store data using the approaches described in any Artificial Intelligence book. Reduced error due to automation of tedious, repetitive or critical tasks
WPI CS Programs Of Study Subject(s) DRP (computer file) expert systems (computer science)Industrialapplications. expert systems (computer science) Date 1988. http://www.cs.wpi.edu/Programs/theses/MS/1988.html
Extractions: CS MS Theses - 1988 Main Author: Bacon, Stephanos. Title: Reasoning about mechanical devices : a top-down approach to deriving behavior from structure. Subject(s): DRP (Computer file) Expert systems (Computer science)Industrial applications. Machine designData processing. ReasoningComputer simulation. Date: 1988. Description: xii, 112 leaves : ill. ; 28 cm. Notes: Thesis (M.S.)Worcester Polytechnic Institute. Bibliography: leaves 83-85. Department of Computer Science. Main Author: Barry, Richard J. Title: An attribute grammar for building intraprocedural data dependence graphs. Subject(s): Programming languages (Electronic computers)Semantics. Parallel processing (Electronic computers) Data dependence graphs. * Date: 1988. Description: 1 v. (various foliations) ; 28 cm. Notes: Thesis (M.S.)Worcester Polytechnic Institute. Bibliography : leaves [A-13-A-14]. Department of Computer Science. Main Author: Bhatnagar, Jayant. Title: A heuristic controlled meta-interpreter for parallel prolog. Subject(s): Prolog (Computer program language) Programming (Electronic computers) Computational linguistics. Date: 1988. Description: 1 v. (various foliations) ; 28 cm. Notes: Thesis (M.S.)Worcester Polytechnic Institute. Bibliographical references: leaves 53-55. Department of Computer Science.
Chp 1: Expert Systems And Artificial Intelligence He must also ensure that the computer can use the knowledge efficiently by selectingfrom a handful of We first describe the components of expert systems. http://www.wtec.org/loyola/kb/c1_s1.htm
Extractions: Edward Feigenbaum are computer programs that are derived from a branch of computer science research called Artificial Intelligence (AI). AI's scientific goal is to understand intelligence by building computer programs that exhibit intelligent behavior. It is concerned with the concepts and methods of symbolic inference, or reasoning, by a computer, and how the knowledge used to make those inferences will be represented inside the machine. Of course, the term intelligence covers many cognitive skills, including the ability to solve problems, learn, and understand language; AI addresses all of those. But most progress to date in AI has been made in the area of problem solving concepts and methods for building programs that reason about problems rather than calculate a solution. AI programs that achieve expert-level competence in solving problems in task areas by bringing to bear a body of knowledge about specific tasks are called knowledge-based or expert systems . Often, the term expert systems is reserved for programs whose knowledge base contains the knowledge used by human experts, in contrast to knowledge gathered from textbooks or non-experts. More often than not, the two terms, expert systems (ES) and knowledge-based systems (KBS), are used synonymously. Taken together, they represent the most widespread type of AI application. The area of human intellectual endeavor to be captured in an expert system is called the
Extractions: Edward Feigenbaum On the basis of our site visits, plus additional data gathered by Nikkei AI , we can draw a number of conclusions about the state-of-the-art of expert system applications within the business sector in Japan. The technology of expert systems has now been mastered by the Japanese. Since the early 1980s, when they first entered this field, they have completely caught up with the United States. They can apply the technology to any problem within the state of the art. Their best applications are equal to the best elsewhere in the world. Their use of the technology is not niched, but is widespread across many business categories. Japanese computer manufacturers (JCMs) play a dominant role in the technology and business of expert systems. The JCMs have mastered and absorbed expert system technology as a core competence. They tend to use systems engineers rather than knowledge engineers to build systems. Consequently, integration with conventional information technology poses no special problem for them, and is handled routinely and smoothly, without friction. These large computer companies also build many application systems for their customers; small firms play only a minor role in applications building, in contrast with the United States. Within the computer manufacturing companies, there is a close coupling between activities in the research laboratories, the system development groups, and the sales departments. The development and sales groups work closely together to develop custom systems for clients. The results are fed back to the research lab to provide requirements for the next generation of ES tools.