The need for a systematic and effective software risk identification methodology is critical for interplanetary probes that are using increasingly complex and critical software. Several probe failures are examined that suggest more attention and resources need to be dedicated to identifying software risks. The direct causes of these failures can often be traced to systemic problems in all phases of the software engineering process. These failures have lead to the development of a practical methodology to identify risks for interplanetary probes. The proposed methodology is based upon the tailoring of the Software Engineering Institute's (SEI) method of taxonomy-based risk identification. The use of this methodology will ensure a more consis...
Software safety analysis for a large software intensive system is always a challenge. Software safet...
NASA has developed guidelines for development and analysis of safety-critical software. These guidel...
New processes, methods and tools are constantly appearing in the field of software engineering. Many...
Space missions force engineers to make complex trade-offs between many different constraints includi...
Software itself is not hazardous, but since software and hardware share common interfaces there is a...
As spaceflight systems increase in complexity, Fault Management (FM) systems are ranked high in risk...
Present software development accomplishments are indicative of the emerging interest in and increasi...
Abstract—In this fast abstract, we provide preliminary findings an analysis of 14,500 spacecraft ano...
In this fast abstract, we provide preliminary findings from an analysis of 14,500 spacecraft anomali...
NASA regulations require that formal risk analysis be performed on a program at each of several mile...
Fault Management (FM) systems are ranked high in risk-based assessment of criticality within flight ...
Software plays a central role in military systems. It is also an important factor in many recent inc...
Until recently, NASA did not consider allowing computers total control of flight systems. Human oper...
Research into complexities of software systems Fault Management (FM) and how architectural design de...
In this fast abstract, we provide preliminary findings an analysis of 14,500 spacecraft anomalies fr...
Software safety analysis for a large software intensive system is always a challenge. Software safet...
NASA has developed guidelines for development and analysis of safety-critical software. These guidel...
New processes, methods and tools are constantly appearing in the field of software engineering. Many...
Space missions force engineers to make complex trade-offs between many different constraints includi...
Software itself is not hazardous, but since software and hardware share common interfaces there is a...
As spaceflight systems increase in complexity, Fault Management (FM) systems are ranked high in risk...
Present software development accomplishments are indicative of the emerging interest in and increasi...
Abstract—In this fast abstract, we provide preliminary findings an analysis of 14,500 spacecraft ano...
In this fast abstract, we provide preliminary findings from an analysis of 14,500 spacecraft anomali...
NASA regulations require that formal risk analysis be performed on a program at each of several mile...
Fault Management (FM) systems are ranked high in risk-based assessment of criticality within flight ...
Software plays a central role in military systems. It is also an important factor in many recent inc...
Until recently, NASA did not consider allowing computers total control of flight systems. Human oper...
Research into complexities of software systems Fault Management (FM) and how architectural design de...
In this fast abstract, we provide preliminary findings an analysis of 14,500 spacecraft anomalies fr...
Software safety analysis for a large software intensive system is always a challenge. Software safet...
NASA has developed guidelines for development and analysis of safety-critical software. These guidel...
New processes, methods and tools are constantly appearing in the field of software engineering. Many...