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About 10,000 papers for “Computer Applications”

Computer Applications

Peter Edwards, Paulo Vaz-Serra, Michael Edwards · 2019

While risk is a psychosocial construct experienced and dealt with by people, several aspects of project risk management can be computerised. Before embarking upon the purchase of expensive risk management software applications, an organisation needs to carefully consider its needs and wants. Thorough strategic thinking should be undertaken. Various types and levels of project risk management software applications are available. In the more sophisticated versions, risk management is integrated into more general project management systems. Important caveats, besides system cost, are user-friendliness, user training, upgrading, and the level of customisation. Other information technology (IT)-based tools for project risk management are considered, including simulations, sensors, and aerial drones.

Cited by 3

Computer Applications.

Gabelman,Irving J · Defense Technical Information Center (DTIC) · 1977

New developments in solid state technology have emerged which make possible significant improvements in computer capability. These improvements allow for wider applicability of data processing equipments in effecting command and control in the NATO military environment. Solid state technology has decreased by orders of magnitude the volume and power required by computer circuitry and hence has made possible more sophisticated data processing. The technology is now available to construct high level language computers; to control functions in hardware rather than software, to build microprocessors for distributed use in tactical environments; to make available for field use low power, non-mechanical, mass memory systems; to tailor computer architectures to specific applications, and for many other innovative uses. This report, sponsored by the Avionics Panel of AGARD, describes the solid state technical developments and assesses the importance of these developments in their application to satisfying NATO military requirements. (Author)

Cited by 0

Computer applications

Benno M. Brenninkmeyer · Encyclopedia of earth sciences series/Encyclopedia of earth sciences · 1982

Cited by 1

Computer Applications

Yu, Haipeng, Cai, Chengtao, Huang, Lan et al. · Communications in computer and information science · 2024

Cited by 1

Computer Applications

Farzad Naeim, James M. Kelly · 1999

This chapter contains sections titled: Introduction Preliminary Selection of Design Loads and Isolator Sizes Computer Programs for Analysis of Seismically Isolated Structures Nonlinear Dynamic Time History Analysis

Cited by 6

Computer applications

J. R. Cunningham · International Journal of Radiation Oncology*Biology*Physics · 1986

Cited by 6

Computer Applications

Mark Davids, R. Stephen Rea, P. W. Zitzewitz · 1994

At this time we do not know of any computer programs that would be useful in teaching about lightwave communications.

Cited by 4

Computer Applications

S. J. Sathish, Aaron Joseph · 2015

Intrusion detection plays a vital role in maintaining the stability of any network. The major requirements for any intrusion detection system are speed, accuracy and less memory.Though various intrusion detection methods are available, they excel at some points while lack in the others. This paper presents a comprehensive survey of the technologies that are used for detecting intrusions. It analyzes the pros and cons of each technology and the literature works that utilizes these technologies. Challenges faced by the current IDS and the requirements for IDS in the current network scenario are discussed in detail. A detailed study on the datasets that can be used for effective building of an IDS is discussed. The research framework is proposed and a discussion of the various technologies that can be used for improving the efficiency of the IDS is provided.

Cited by 0

Computer Applications

Richard C. Katz, Bruce E. Porch · Child Language Teaching and Therapy · 1985

Cited by 3

Computer Applications

Peter J. Edwards, Paulo Vaz Serra, Michael Edwards · 2024

This chapter explores the basic types of software applications available and discusses their capabilities. It adopts a critically reflective ‘consumer beware’ approach. A speculative consideration is given to other information technologies and devices that potentially have a role in project risk management. Computerised software applications for project risk management broadly comprise nine different types. They include simple word-processing tables and matrices; user-defined standard spreadsheets; commercially available semi-customised spreadsheets; commercial customised spreadsheets; commercial standard basic project management applications; commercial advanced project management systems; commercial customised advanced project management systems; and completely bespoke systems. The chapter focuses on only three other types of information technologies that are finding a place in project risk management. Simulations, smart sensors and aerial drone technologies have probably barely even completed the first lap in their development cycle.

Cited by 0Open access

Computer Applications

Yu, Haipeng, Cai, Chengtao, Huang, Lan et al. · Communications in computer and information science · 2024

Cited by 5

Computer Applications

Graham Taylor · 1991

This chapter will look at a number of computer applications. Its aim is to give you a knowledge and understanding of a wide range of applications. For GCSE level, the general principles are more important than a detailed knowledge of particular equipment.

Cited by 4