Abstract: Systems and methods are provided for dynamic virtual private network concentrators (VPNC) gateway selection and on-demand VRF-ID configuration. A dynamic VPNC gateway selection component can dynamically route to a particular VPNC gateway based on multiple user-specific factors, including: a) behavior of users on the network; and b) performance of a destination service/device. A dynamic VPNC gateway selection component can rank a user based on one or more factors relating to the behavior of the user. Also, the dynamic VPNC gateway selection component can determine whether a VPNC gateway at a data center is healthy, and whether a destination service at the data center is healthy. The dynamic VPNC gateway selection component can dynamically select a VPNC gateway from a plurality of VPNC gateways at the data center for communicating forwarded traffic from the user based on the user's ranking if either the VPNC gateway or the service are unhealthy.

Abstract: This invention relates to a mobile health and fitness reactive immersive activity space embodied with a plurality of modules and more particularly to a motorized or towed vehicle or vessel with its structural space embodied in modular assembly with sensory flooring and walls, providing a immersive platform for performing health assessments and treatments as well as physical and mental health fitness activities for functional training and therapy, using a plurality of sensors, electronics, electrical and ambient audio-visual stimulation that can be programmed to suit the specific needs of an individual or a group of individuals.

Abstract: This invention relates to a load sensor device system, and more particularly to a load sensor device system for measuring physical exercise strength and effort, that provides load measurements for effort load deployed while a person performs physical fitness exercises using extensible functional resistance exercise apparatus and provides real time load data that can be tracked to demonstrate effectiveness of exercise training over a period of time using the sensor device and system.

Abstract: This invention relates to a reactive exercise mat, and more particularly to a safe social distancing reactive portable mat system for individual and group exercise, that functions as a surface on which physical fitness activities are performed at all types of indoor and outdoor locations which are always exposed to the risk of contamination with the purpose of ensuring the safe keeping of social distancing norms and with the ability to trigger audible, sensory and visual alarms at the occurrence of any violation to social distancing requirement for users while performing and participating in individual and group functional fitness training.

Abstract: Systems and methods for predicting electronic component behavior in bus-based systems are described. In some embodiments, a method may include identifying a first bus access request pending in a request queue, the first bus access request associated with a first master component operably coupled to a bus. The method may also include calculating a first wait time corresponding to the first bus access request, the first wait time indicative of a length of time after which the first master component is expected to be granted access to the bus. The method may further include, in response to the first wait time meeting a threshold value, issuing a command to the first master component. In some embodiments, various techniques disclosed herein may be implemented, for example, in a computer system, an integrated circuit, or the like.

Abstract: Systems and methods for predicting electronic component behavior in bus-based systems are described. In some embodiments, a method may include identifying a first bus access request pending in a request queue, the first bus access request associated with a first master component operably coupled to a bus. The method may also include calculating a first wait time corresponding to the first bus access request, the first wait time indicative of a length of time after which the first master component is expected to be granted access to the bus. The method may further include, in response to the first wait time meeting a threshold value, issuing a command to the first master component. In some embodiments, various techniques disclosed herein may be implemented, for example, in a computer system, an integrated circuit, or the like.

Abstract: The power and data hub is a fan-less modular electronic system having a main housing member that forms a heat sink, which houses an electronic switch fabric backbone. The electronic switch fabric backbone connects multiple modular slots using a connection fabric backplane, which provides low voltage power input and command protocols. Cross-matrix switches are provided to interconnect stand-alone audio-visual, computer and other data, such as audio I/O, video I/O, and outputs via the integrated switch fabric backbone. Multifunction modular cards are provided and securely insert into modular slots disposed in the main housing unit. The system includes a control and DC power injector management unit for power control of connected units. Power management instructions can be issued to the main unit and modular cards. A network-based management utility controls, monitors and records operational parameters, and also stores and translates programmed instructions to the device.

Abstract: The power and data hub is a fan-less modular electronic system having a main housing member that forms a heat sink, which houses an electronic switch fabric backbone. The electronic switch fabric backbone connects multiple modular slots using a connection fabric backplane, which provides low voltage power input and command protocols. Cross-matrix switches are provided to interconnect stand-alone audio-visual, computer and other data, such as audio I/O, video I/O, and outputs via the integrated switch fabric backbone. Multifunction modular cards are provided and securely insert into modular slots disposed in the main housing unit. The system includes a control and DC power injector management unit for power control of connected units. Power management instructions can be issued to the main unit and modular cards. A network-based management utility controls, monitors and records operational parameters, and also stores and translates programmed instructions to the device.

Abstract: A method of designing a data processing device design includes determining thermal profile information to indicate a predicted operating temperature for a device instance in the design. The device instance is associated with a first library cell having a relatively high threshold voltage characteristic. A cost function value is determined for the device instance based on the thermal profile information and based on timing information for data paths associated with the device instance. Based on the cost function value, the library cell associated with the device instance can be changed to a cell having a higher threshold voltage characteristic.

Abstract: The power and data hub is a fan-less modular electronic system having a main housing member that forms a heat sink, which houses an electronic switch fabric backbone. The electronic switch fabric backbone connects multiple modular slots using a connection fabric backplane, which provides low voltage power input and command protocols. Cross-matrix switches are provided to interconnect stand-alone audio-visual, computer and other data, such as audio I/O, video I/O, and outputs via the integrated switch fabric backbone. Multifunction modular cards are provided and securely insert into modular slots disposed in the main housing unit. The system includes a control and DC power injector management unit for power control of connected units. Power management instructions can be issued to the main unit and modular cards. A network-based management utility controls, monitors and records operational parameters, and also stores and translates programmed instructions to the device.

Abstract: A method of designing a data processing device design includes determining thermal profile information to indicate a predicted operating temperature for a device instance in the design. The device instance is associated with a first library cell having a relatively high threshold voltage characteristic. A cost function value is determined for the device instance based on the thermal profile information and based on timing information for data paths associated with the device instance. Based on the cost function value, the library cell associated with the device instance can be changed to a cell having a higher threshold voltage characteristic.