Abstract: This invention is directed to a security system for wireless access points which includes a clamp assembly and a locking device. The clamp assembly is clamped around I/O panel connectors, and then secured to the access point enclosure frame via a metal capture plate. The metal capture plate extends from an end of the clamp assembly and engages the lower half of the access point enclosure frame, securing the clamp assembly to the access point. Additionally, the locking device locks the clamp assembly halves in a closed position, thus preventing removal of the access point and blocking any unauthorized users from accessing the I/O ports.

Abstract: One embodiment of the invention is a method of analyzing the effects of combined perturbers of a network system by means of a set of model predictions for various network configurations, using a set of phenomenologically-based combination surface models. This method can be used to predict the effects of combined perturbers of known networks, for example, providing mechanistic validation for therapeutic compounds. Alternatively, this method can provide constraints for constructing connectivity models from observed combination effects on networks of unknown structure, thus, for example, providing the required understanding to identify novel targets for therapeutic compounds.