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Embedded And Real Time Operating Systems ( ERTOS) Lecture By 5 Minutes Engineering

Forward operating bases are vulnerable to terrorist activity due to their location and limited resources. Threat awareness under these conditions is paramount to the safety of the personnel and to mission accomplishment. In the absence of the manpower required to maintain complete and continuous monitoring of the FOBs surroundings, an automated surveillance system is needed. The Smart FOB Surveillance System (SFSS) employs a multi-agent behavior analysis and decision system with Swarm Intelligence (SI) through a network-centric systems engineering method of development to create a robust surveillance system. The SFSS provides the capability of an intelligence automated system for continuously monitoring areas for certain behaviors, linking individuals, predicting future behaviors, and taking appropriate action against them to eliminate threats and the possibility of future threats. Environments, such as insurgent urban areas, Forward Operating Bases, country borders, and other high-value target areas all require constant personnel behavior surveillance and monitoring. The SFSS utilizes a complex network of aerial, fixed and mobile terrestrial units, capable of identifying and processing audible, visual, and signal intelligence in order to determine personnel behavior in a given area of interest as well as recording and processing intelligence data. The focus is on creating a system to protect Forward Operating Bases (FOB) by providing continuous and autonomous surveillance and threat alerts. In this manner, a Smart FOB Surveillance System (SFSS) will be designed in this thesis using the systems engineering process.

Sam discusses the wildly different ways that discretionary and mandatory access controls work in real operating systems (Android, Windows, Linux and iOS), and the varying assumptions around threats that are baked in to these hugely varied approaches.

This paper describes a defensible process for selecting the combinations of feasible and viable technologies that have the highest potential to mitigate the current U.S. Army Training and Doctrine Command (TRADOC) capability gaps for helicopters operating in a Degraded Visual Environment (DVE). The process for selecting these combinations is an adaptation of traditional Systems Engineering techniques, including Morphological Analysis, Quality Function Deployment, and Utility Theory. After they are identified, the Army intends to examine the inclusion of the top combinations (or a subset thereof) into ground, simulation, and flight test activities in order to better understand their ability to mitigate the gaps. Additionally, if technologies present a unique capability of interest, the specific technology may be examined further.

Forward operating bases are vulnerable to terrorist activity due to their location and limited resources. Threat awareness under these conditions is paramount to the safety of the personnel and to mission accomplishment. In the absence of the manpower required to maintain complete and continuous monitoring of the FOBs surroundings, an automated surveillance system is needed. The Smart FOB Surveillance System (SFSS) employs a multi-agent behavior analysis and decision system with Swarm Intelligence (SI) through a network-centric systems engineering method of development to create a robust surveillance system. The SFSS provides the capability of an intelligence automated system for continuously monitoring areas for certain behaviors, linking individuals, predicting future behaviors, and taking appropriate action against them to eliminate threats and the possibility of future threats. Environments, such as insurgent urban areas, Forward Operating Bases, country borders, and other high-value target areas all require constant personnel behavior surveillance and monitoring. The SFSS utilizes a complex network of aerial, fixed and mobile terrestrial units, capable of identifying and processing audible, visual, and signal intelligence in order to determine personnel behavior in a given area of interest as well as recording and processing intelligence data. The focus is on creating a system to protect Forward Operating Bases (FOB) by providing continuous and autonomous surveillance and threat alerts. In this manner, a Smart FOB Surveillance System (SFSS) will be designed in this thesis using the systems engineering process.

From the bitsavers.org collection, a scanned-in computer-related document. hp :: 9000 hpux :: egs :: sales :: HP Engineering Graphics System for HP Pascal and HP-UX Operating Systems Technical Data Oct89

Sam discusses how properties such as isolation are provided in cloud environments, and what virtualisation and containers really get you in terms of security.