H. J. Kadim

Learn More
The exposure of integrated electronic components and systems to ionizing radiation may lead to minor deterioration in performance or catastrophic system failure, depending on the level of radiation (as a function of altitude). Mitigation of the radiation-induced hazards is of a major concern for space applications, since electronic components are expected(More)
The widespread use of smart sensors, particularly, in applications that require continuous tracking and monitoring of mobile objects is contributed to their low cost, small size and high performance. With reference to military applications, both passive and active sensors have been used to counteract stealth technologies, which represent serious growing(More)
The operation of a circuit or a system can be viewed as a process. The execution of a process may be governed by a set of parameters, internal and/or external to the process. Variations in parameters - outside predetermined upper limits - may yield abnormal functional behaviour. This paper presents state-space-based analytical modelling expressions for the(More)
The increasing economical benefits achieved through globalisation and trade liberalisation have lead to the growing economical interdependency between countries, large and small. Such interdependency would surely impact existing defence and security strategies and policies. The warfare thinking that focuses on massive retaliation and total destruction may(More)
Radiation-induced damage presents a serious threat facing space applications. This threat has lead to an increasingly growing demand for radiation tolerant electronic devices. The radiation tolerance is likely to present an intractable problem to satisfy. One way of dealing with the radiation tolerance problem could be through analytical modelling of the(More)