Results 261 to 270 of about 2,454,904 (305)

Human-Centered Systems Engineering

2011
Managing SD requires recognition of all stakeholders and their NWDs, permitting discovery and mapping of potential conflicts. Prioritizing conflicts for mitigation relies on standard risk analysis and decision analysis methods. HCSE provides methods for measuring only those NWDs involved, once the critical conflicts are chosen.
openaire   +1 more source

Integrating human factors and systems engineering

People in Control. Human Factors in Control Room Design, 2001
Traditionally, most systems engineering solutions have concentrated on the complex technical problems. However, there has been a less rigorous approach to the 'softer' disciplines required to address the human aspects and operational environment of the system.
S. Milner, P. Wheeler
openaire   +1 more source

Views on human-machine-systems science and engineering

Information Knowledge Systems Management, 2015
Human-Machine-Systems Science and Engineering is viewed as a multidisciplinary discipline. After a personal dedication of this essay to Andrew P. Sage, the discipline is briefly introduced with applications in all areas across the whole society in which humans interact and collaborate with technical artifacts.
openaire   +1 more source

Human systems analysis in the software engineering curriculum

Journal of Systems and Software, 1991
Abstract Software is produced by people, for use by people, most frequently in an organization. As a result, any software engineering project includes related technical objects, concepts, and processes, and human and organizational objects, concepts, and processes.
openaire   +1 more source

Restraint Systems: A Human Engineering Evaluation

SAE Technical Paper Series, 1975
<div class="htmlview paragraph">Consistent complaints of discomfort, confusion and inconvenience as reasons for ignoring seat belts prompted this study. Focus of the study was to identify specific complaints, make design modifications where indicated, and subject the optimized configuration to consumer scrutiny.
openaire   +1 more source

ON REVERSE ENGINEERING OF HUMAN BODY SYSTEM

Collection of selected papers of the II International Conference on Information Technology and Nanotechnology, 2016
From a holistic perspective, functional body can be decomposed into functional core body of vital functions and functionally extended body of physical productivity activity; operational body stands for cognitive and volitive functionality that expresses as a person's interactions with environment and social settings and become perceived as behavior.
openaire   +1 more source

Human Systems Engineering and Educational Technology

2018
The design and development of educational technologies is a complex, interdisciplinary endeavor. Learning science research reveals principles of learning and instruction, and advances in computer science implement these principles in innovative technologies.
Rod D. Roscoe, Russell J. Branaghan, Nancy J. Cooke, Scotty D. Craig   +3 more
openaire   +1 more source

Human-centred systems engineering

Annual Reviews in Control, 2006
Frédérique Mayer, Johan Stahre
openaire   +1 more source

The Human Visual System: An Engineering Perspective

2011
This chapter provides a brief introduction to the architecture and function of the healthy visual system. Particular emphasis is placed on the diverse capabilities of the visual system that visual prosthesis researchers may want to emulate, to provide the reader with a realistic sense of the daunting challenges facing workers in this field.
openaire   +1 more source

HUMAN ENGINEERING IN THE DESIGN OF INSTRUCTIONAL SYSTEMS

1964
Abstract : A conceptual model is proposed for the use in the application of human engineering principles and techniques to the design of instructional systems. The trainee and instructor are viewed as operators within an information system. To illustrate this model and its application, examples are drawn from the literature and from current research on
openaire   +1 more source