Abstract: In aerospace field, it is necessary to address the radiation effects to which they are especially sensitive. Besides, the reuse of existing components implies that a modification of the architecture is sometimes expected to meet the safety requirements for such critical applications. To achieve such safety level, physical radiation hardening is usually used despite its cost. However, by performing a radiation hardening, it is possible to achieve the expected results while decreasing the expected cost of such an evolution. As a first step, a state of the art of existing mechanisms for logical radiation hardening is performed. These mechanisms are evaluated according a set of parameters: the type of errors they address, whether it is for purpose of detection or correction, the performance, the necessary additional physical volume, the computing time. To select the mechanisms to be used, a trade-off is performed, which depends also on the reliability analysis performed as well as the comp

• Publication Date: 21-Dec-2014
• DOI: 10.15224/978-1-63248-034-7-49
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Abstract: Early generation of Rich Internet Application (RIA) technologies fulfill the requirement of RIA through plug-in solutions, and browser specific extension provides attractive solution of running native like application as a client to web backend, but fragmentation of the technologies and nonstandard implementation have hindered their wide adoption. Introduction of HTML5 and CSS3 implementation in all the major browsers recently has changed the RIA landscape. Now we have a technology stack that is controlled by a standard body, and widely implemented in mainstream browsers as a base to create RIA applications. Other than the control and standardization, this technology stacks are also exceed the original definition of RIA. As a result, the market sees a flood of browser based RIA that doing things previously can only be done by native applications. This paper describes our own experience in implementing a RIA application based on HTML5, CSS3 and Javascript and highlight how these technol

• Publication Date: 21-Dec-2014
• DOI: 10.15224/978-1-63248-034-7-50
• Views: 0
• Downloads: 0