Thesis (MTech (Information Technology))--Cape Peninsula University of Technology, 2018. / The DCS invested in the ICT solution to drive their Enterprise Architectural strategic and objective goals. Government departments uses ICT on their day to day business activities and to pursue for competitive progression compare to other parts of the world. The challenges are entirely depending on the user adoption of new technology. Other challenges that might delay the progress in government department would be the financial constraints and the socio inequality among our community in the developing countries. Government has a growth in e-government ICT’s infrastructure used in everyday activities and online functionality. These emerge from private entities that the government does business with, to force them to move away from manual function to electronic function and processes. Electronic monitoring system has been there in some parts of the world. Hence the South African government has opt to make use of this tool as it has been have a success results in some parts of the world. Even though there are some challenge the department has decided to implement EM system for monitoring of parolees. This study explores the factors that influence the adoption of electronic monitoring systems of parolees in the Department of Correctional Services (DCS) in South Africa, which will assist the DCS to monitor parolees effectively under budgetary constraints. Also to overcome the challenges of overcrowding, saving more cost of building more new facilities.

Thesis (Ph. D.)--University of Hawaii at Manoa, 2001. / Includes bibliographical references (leaves 133-150). Also available on microfiche.

No abstract available / Thesis - University of KwaZulu-Natal, Pietermaritzburg, 2010.

The objective of this project is to design an antenna for use in the electronic monitoring of persons convicted of non-violent crimes. If implemented, electronic monitoring will lighten the load on the South African prison system. Electronic monitoring makes use of an electronic tether connected to the person being monitored. This led to specific performance requirements and size constraints being placed on the antenna. The antenna should be physically small while still being able to perform as specified. It is also necessary to test the design with various frequencies, to determine the best possible frequency to use. It was decided to use a Transformer Coupled Loop (TCL) antenna, after various designs were considered. The TCL antenna can be used in various configurations, with some of these configurations being simulated to determine the best antenna structure to use. After various antenna structures were discarded, a specific antenna structure emerged as a possible solution, which was then optimised to deliver the best possible performance. The optimised antenna model was constructed to test the antenna performance. The receiving antenna was a directional Log-Periodic Dipole Antenna (LPDA), connected to a spectrum analyser. Tests were conducted in an open-field environment to minimise the effect of reflections. The azimuth- and elevation radiation patterns for the antenna could be compared to the simulated results. The same tests were performed with the antenna attached to a saline solution bag, simulating the effects of the human body on the antenna performance. The radiation patterns obtained from the measured results proved to be similar to the simulated results for both frequencies tested. When making use of the human analogue, the radiation pattern tended to be more omnidirectional in both the azimuthand elevation planes. These results are ideal, since omnidirectional communication by the tethering device is required by a security application. The primary objective was achieved, together with the secondary objectives of comparing different frequencies. / Thesis (M.Ing. (Computer and Electronic Engineering))--North-West University, Potchefstroom Campus, 2012

The objective of this project is to design an antenna for use in the electronic monitoring of persons convicted of non-violent crimes. If implemented, electronic monitoring will lighten the load on the South African prison system. Electronic monitoring makes use of an electronic tether connected to the person being monitored. This led to specific performance requirements and size constraints being placed on the antenna. The antenna should be physically small while still being able to perform as specified. It is also necessary to test the design with various frequencies, to determine the best possible frequency to use. It was decided to use a Transformer Coupled Loop (TCL) antenna, after various designs were considered. The TCL antenna can be used in various configurations, with some of these configurations being simulated to determine the best antenna structure to use. After various antenna structures were discarded, a specific antenna structure emerged as a possible solution, which was then optimised to deliver the best possible performance. The optimised antenna model was constructed to test the antenna performance. The receiving antenna was a directional Log-Periodic Dipole Antenna (LPDA), connected to a spectrum analyser. Tests were conducted in an open-field environment to minimise the effect of reflections. The azimuth- and elevation radiation patterns for the antenna could be compared to the simulated results. The same tests were performed with the antenna attached to a saline solution bag, simulating the effects of the human body on the antenna performance. The radiation patterns obtained from the measured results proved to be similar to the simulated results for both frequencies tested. When making use of the human analogue, the radiation pattern tended to be more omnidirectional in both the azimuthand elevation planes. These results are ideal, since omnidirectional communication by the tethering device is required by a security application. The primary objective was achieved, together with the secondary objectives of comparing different frequencies. / Thesis (M.Ing. (Computer and Electronic Engineering))--North-West University, Potchefstroom Campus, 2012

In 2008, the Manitoba government implemented an electronic monitoring (EM) project for high-risk automobile theft offenders. To evaluate this program, youth in the program were matched with other high-risk auto theft offenders who had not been put on EM. Dimensions including characteristics, daily contacts and criminal histories were examined between groups. Interviews were also conducted with offenders who had been on EM and with program staff and stakeholders. The results of the evaluation indicated a small change in criminal history for the EM group for auto theft, technical and combined offenses. Since the Winnipeg Auto Theft Suppression Strategy (WATSS) began in 2005, there has been a decrease of approximately 11,000 auto thefts. Notably, only a very small part of this number could be attributed to the EM program. Electronic monitoring as an intervention can be a complementary program when offered in accompaniment with other WATSS and Manitoba Youth Correctional Services (MYCS) programs.

In 2008, the Manitoba government implemented an electronic monitoring (EM) project for high-risk automobile theft offenders. To evaluate this program, youth in the program were matched with other high-risk auto theft offenders who had not been put on EM. Dimensions including characteristics, daily contacts and criminal histories were examined between groups. Interviews were also conducted with offenders who had been on EM and with program staff and stakeholders. The results of the evaluation indicated a small change in criminal history for the EM group for auto theft, technical and combined offenses. Since the Winnipeg Auto Theft Suppression Strategy (WATSS) began in 2005, there has been a decrease of approximately 11,000 auto thefts. Notably, only a very small part of this number could be attributed to the EM program. Electronic monitoring as an intervention can be a complementary program when offered in accompaniment with other WATSS and Manitoba Youth Correctional Services (MYCS) programs.

Thesis (M.B.)--Unitec New Zealand, 2009. / Includes bibliographical references (leaves 99-103).

Thesis (M.A.), Memorial University of Newfoundland, 2000. / Restricted until June 2001. Bibliography: leaves 165-183.

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