Hybrid Copyright Protection Model for Secured Multimedia and Digital Resource Utilization
Issue:
Volume 3, Issue 2, March 2017
Pages:
10-14
Received:
27 August 2016
Accepted:
10 September 2016
Published:
10 October 2017
Abstract: Copyright protection is a mechanism to secure the rights of ownership of original work so that no one can use the rights-protected work in any way without seeking permission for the use. It became imperative that user may pay the right owners a royalty for utilizing such resource. Copyright Society of Nigeria(COSON) is the regulatory body over intellectual properties but it lacks provision for encrypting digital content like videos, images and graphics. Hence, rampart illicit reproduction of developed graphics, movies, images and music by internet mafias and thereby deprive legitimate owners their due proceeds. This anomaly led to development of copyright protection suite to competently secure copyrighted infrastructures and create a viable interface between COSON and content owners. All original digital contents are encrypted, interested user are made to pay royalty before access is allowed. Structured system analysis and design approach is deployed in developing the system – which provides clear cut steps in navigating process-to-process. The implementation used server side scripting language with its associated embedded resources and Standard Query Language(MySQL)to achieve the desired input-output robustness and buoyant security fittings.
Abstract: Copyright protection is a mechanism to secure the rights of ownership of original work so that no one can use the rights-protected work in any way without seeking permission for the use. It became imperative that user may pay the right owners a royalty for utilizing such resource. Copyright Society of Nigeria(COSON) is the regulatory body over inte...
Show More
Risk Analysis and Control Measure of Gas Power Generation Enterprise
Wang Qi-quan,
Yan Xiang-dou
Issue:
Volume 3, Issue 2, March 2017
Pages:
15-22
Received:
21 September 2017
Accepted:
23 October 2017
Published:
10 November 2017
Abstract: In order to study the accident risk of gas power plant, and through the nearly ten years of statistical analysis of gas power plant accident, failure to get the presence of risk factors of gas power plant. Use explanation structure model, structural analysis of the identified risks, through expert for each system within the relationship between the risk factors of comparison, identify the gas leakage at the risk and risk factors, step by step under the top building structural relationships. Secondly, using fuzzy analytic hierarchy process to evaluate the risk factors quantitatively, the gas system is the main risk. Finally, the risk of the gas leakage accident is evaluated. Based on the case of the Jing Feng gas power plant, the safety countermeasures are put forward to provide guidance for gas generation enterprises.
Abstract: In order to study the accident risk of gas power plant, and through the nearly ten years of statistical analysis of gas power plant accident, failure to get the presence of risk factors of gas power plant. Use explanation structure model, structural analysis of the identified risks, through expert for each system within the relationship between the...
Show More
