Abstract: Portable information handling systems dynamically allocate resources to anti-malware functions based upon available resources and threat status. Dynamic allocation of resources to anti-malware functions provides a timely and targeted response to specific threats with resources dedicated based upon availability and the impact on other information handling system functions. An adaptive mobile integrity validation system interfaces with plural portable information handling systems to selectively update anti-malware settings as threats emerge.

Abstract: Portable information handling systems dynamically allocate resources to anti-malware functions based upon available resources and threat status. Dynamic allocation of resources to anti-malware functions provides a timely and targeted response to specific threats with resources dedicated based upon availability and the impact on other information handling system functions. An adaptive mobile integrity validation system interfaces with plural portable information handling systems to selectively update anti-malware settings as threats emerge.

Abstract: The present invention retunes adjustable base station antennas of a wireless communications system in order to improve performance metrics that are determined by measurements and that are associated with sub-sectors within the wireless communications system. The present invention calculates and applies control signals to the adjustable antennas to improve the performance in accordance with the performance metrics. Thus, the present invention obviates much of the labor that is required for retuning the wireless communications system with changing radio conditions.