Results 1 - 10 of 17,756

Table 11. Abandonment of current product technologies - technology push

in A Study On Technology Management Process: The Part And Component Suppliers In The Turkish Automotive Industry
by Gündüz Ulusoy, Ahmet Özgür, Taner Bilgiç, Ali Rıza Kaylan, Erbil Payzın
"... In PAGE 21: ... Two outstanding factors are decrease in the demand for products containing the technology and explicit demands of institutional customers to shift to new technologies. Shift to technologies providing cost advantage is the prevalent reason for phasing-out of product technologies ( Table11 ). Cost reduction is the focal point of new product technologies in the automotive industry.... ..."

Table 1: Deployment Process Coverage in Current Technologies.

in A Characterization Framework for Software Deployment Technologies
by Antonio Carzaniga, Alfonso Fuggetta, Richard S. Hall, Dennis Heimbigner, André van der Hoek, Alexander L. Wolf 1998
"... In PAGE 13: ... The results of our sampling of technologies are collected into two tables. Table1 presents a characterization of the technologies in terms of process coverage. Table 2 assesses their support for changeability, coordination, and model abstraction.... ..."
Cited by 40

Table 1: Deployment Process Coverage in Current Technologies.

in A characterization framework for software deployment technologies
by Antonio Carzaniga, Alfonso Fuggetta, Richard S. Hall, Dennis Heimbigner, André van der Hoek, Alexander L. Wolf 1998
"... In PAGE 14: ... The results of our sampling of technologies are collected into two tables. Table1 presents a characterization of the technologies in terms of process coverage. Table 2 assesses their support for changeability, coordination, and model abstraction.... ..."
Cited by 40

Table 1: Deployment Process Coverage in Current Technologies.

in A characterization framework for software deployment technologies
by Antonio Carzaniga, Alfonso Fuggetta, Richard S. Hall, Dennis Heimbigner, André van der Hoek, Alexander L. Wolf 1998
"... In PAGE 14: ... The results of our sampling of technologies are collected into two tables. Table1 presents a characterization of the technologies in terms of process coverage. Table 2 assesses their support for changeability, coordination, and model abstraction.... ..."
Cited by 40

Table 4. Comparison of Current Technology Conventional and Advanced Technology Concept B

in Evaluation of a Hydrogen Fuel Cell Powered Blended-Wing-Body Aircraft Concept for Reduced Noise and Emissions,” NASA
by Mark D. Guynn, Joshua E. Freeh, Erik D. Olson 2004
Cited by 2

Table 1. Comparison of current component technologies

in Component-Based Software Engineering: Technologies, Quality Assurance Schemes, and Risk Analysis Tools
by Cai Xia, Supervisor Prof, Michael R. Lyu, Markers Prof, Kam-fai Wong, Prof Ada Fu 2000
Cited by 1

Table: 9 Currently used RF Instruments and technologies

in ABSTRACT REMOTE RF LABORATORY REQUIREMENTS: Engineers ’ and Technicians ’ Perspective
by Asst Prof, Dr. Nergiz, Ercil Cagiltay, Asst Prof, Dr. Elif, Uray Aydin, Asst Prof, Dr. Ali Kara

Table: 10 Currently not available technologies/instruments

in ABSTRACT REMOTE RF LABORATORY REQUIREMENTS: Engineers ’ and Technicians ’ Perspective
by Asst Prof, Dr. Nergiz, Ercil Cagiltay, Asst Prof, Dr. Elif, Uray Aydin, Asst Prof, Dr. Ali Kara

Table 1. Current location sensing technologies.

in IEEE August 2001 57
by Onal Nor Equally
"... In PAGE 8: ... To meet the FCC requirement, positioning must be accurate to within 150 meters for 95 percent of calls with receiver-based handset solutions such as GPS, or to within 300 meters with network-transmit- ter-based approaches. RESEARCH DIRECTIONS Location sensing is a mature enough field to define a space within a taxonomy that is generally populated by existing systems, as Table1 shows. As such, future work should generally focus on lowering cost, reduc- ing the amount of infrastructure, improving scalabil- ity, and creating systems that are more flexible within the taxonomy.... ..."

Table 1. Current location sensing technologies.

in Location Systems for Ubiquitous Computing
by Jeffrey Hightower, Gaetano Borriello
"... In PAGE 8: ... To meet the FCC requirement, positioning must be accurate to within 150 meters for 95 percent of calls with receiver-based handset solutions such as GPS, or to within 300 meters with network-transmit- ter-based approaches. RESEARCH DIRECTIONS Location sensing is a mature enough field to define a space within a taxonomy that is generally populated by existing systems, as Table1 shows. As such, future work should generally focus on lowering cost, reduc- ing the amount of infrastructure, improving scalabil- ity, and creating systems that are more flexible within the taxonomy.... ..."
Results 1 - 10 of 17,756