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Hybrid communication architecture for facilitating automatic faults detection and clearance in electrical power secondary distribution network based on hierarchical computing/ Godfrey William Chugulu

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TextPublication details: Dar es Salaam: University of Dar es Salaam, 2022.Description: xvii,229p.: Ill.; 30CMSubject(s):

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Holdings
Item type	Current library	Collection	Call number	Copy number	Status	Barcode
Theses & Dissertation	College of Information Technology (CoICT) Science and Engineering Collection Special Collection	College of Information Technology (CoICT)	THS CoICT QC610.4C484 (Browse shelf(Opens below))	1	Not for loan	000000724508
Theses & Dissertation	College of Information Technology (CoICT) Science and Engineering Collection Special Collection	College of Information Technology (CoICT)	THS CoICT QC610.4C484 (Browse shelf(Opens below))	1	Not for loan	000000724545
Theses & Dissertation	Directorate of Library Services (UDSM) East Africana Collection	East Africana Collection	THS EAF QC610.4C484 (Browse shelf(Opens below))	1	Not for loan	000000714594
Theses & Dissertation	Dr. Wilbert Chagula Library East Africana Collection	East Africana Collection	THS EAF QC610.4C484 (Browse shelf(Opens below))	1	Not for loan	000000713889
Theses & Dissertation	Dr. Wilbert Chagula Library East Africana Collection	East Africana Collection	THS EAF QC610.4C484 (Browse shelf(Opens below))	2	Not for loan	000000713890

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Previous	THS CoICT QA76.9A25T34B584 A distributed security scheme for internet of things-enabled distribution automation in secondary power distribution network/	THS CoICT QA76.527L395 Enhancing visibility of power consumption data for single phase electrical secondary distribution network through the development of a big data visualizer application/	THS CoICT QA76.527L395 Enhancing visibility of power consumption data for single phase electrical secondary distribution network through the development of a big data visualizer application/	THS CoICT QC610.4C484 Hybrid communication architecture for facilitating automatic faults detection and clearance in electrical power secondary distribution network based on hierarchical computing/	THS CoICT QC610.4C484 Hybrid communication architecture for facilitating automatic faults detection and clearance in electrical power secondary distribution network based on hierarchical computing/	THS CoICT QH421.K563 Resource-efficient model for hybrid advanced metering infrastructure in smart grid systems/	THS CoICT QH421.K563 Resource-efficient model for hybrid advanced metering infrastructure in smart grid systems/	Next

Includes: Bibliographical references
Thesis: PhD(Computer and IT Systems Engineering)

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