Technology Transfer in Developing Countries 2000 - Automation in Infrastructure CreationI.K. Craig, F.R. Camisani-Calzolari Elsevier Science, 2001. gada 11. jūn. - 283 lappuses This Proceedings contains the papers presented at the IFAC Conference on "Technology Transfer in Developing Countries - Automation in Infrastructure Creation" held in Pretoria, South Africa, on 5-7 July 2000. With its focus on developing countries, this is the first publication of its kind. Particular emphasis is put on the application and adaptation of first world automation technologies to developing countries in the following areas: power systems; telecommunications systems; transportation systems; water supply and purification. In addition, papers on technology transfer in developing countries, control education, and measurement and control applications are presented. Included in this proceedings are a keynote address, 4 plenary papers, and 40 regular papers. |
No grāmatas satura
1.–3. rezultāts no 62.
56. lappuse
... component to a second upon request of the latter component . The simulator runs with a fixed time step . All components are executed with discrete multiples of this time step , thus allowing different component cycle times , while ...
... component to a second upon request of the latter component . The simulator runs with a fixed time step . All components are executed with discrete multiples of this time step , thus allowing different component cycle times , while ...
57. lappuse
... components are accurately calculated . However , as only theoretical data on some components and scaled or projected data for other components are available , absolute numerical values may be of little value . This has to be kept in ...
... components are accurately calculated . However , as only theoretical data on some components and scaled or projected data for other components are available , absolute numerical values may be of little value . This has to be kept in ...
80. lappuse
... components already using 100 samples . The number of samples corresponds to a half period of the main component .. When applying the SVD method , for detection all the components n = 260 samples were needed . Using the MUSIC and SVD ...
... components already using 100 samples . The number of samples corresponds to a half period of the main component .. When applying the SVD method , for detection all the components n = 260 samples were needed . Using the MUSIC and SVD ...
Saturs
The Social Design of Technology Transfer into the Sustainable Development Domain | 1 |
Challenges of Creating and Maintaining Power Infrastructure in a Developing Country such as Zimbabwe | 9 |
Applications for Developing Countries | 15 |
Autortiesības | |
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2000 IFAC Keywords achieved adaptive algorithm analysis applications automation benefits call-boxes changes COALlink components consumption control system Copyright IFAC Technology cost cylinder DEPE developing countries diagram driver DSSS dynamic economic effect efficiency electricity electronic toll collection energy management Engineering equipment Eskom estimated fibre flow Flownet frequency fuel function Gauteng hot water IEEE IFAC Technology Transfer impact implementation increase industry infrastructure input installed interface Karnali Zone load loop Malawi measures MIXIC module nodes operation optimal output parameters PBMR performance PID controller plant position power system pressure probability vector problems programme reactor reduce road SABIMOS safety samples signal simulation software radio solution South Africa speed Spoornet strategy support tool TBBP technical Telkom temperature toll traffic train Transfer in Developing turbine University of Pretoria variable vehicles