Abstract: A platform-independent method of securely resetting a processing device includes detecting a predefined trigger event by a baseboard management controller (BMC) that executes system firmware on behalf of a managed host. In response to the predefined trigger event, the system is booted into a safe mode. While in the safe mode, a central processing system of the managed host is maintained in an off state, and a self-heal agent detects architectural characteristics of the managed host, establishes a connection to a cloud-based firmware catalog service, transmits the architectural characteristics of the managed host to the cloud-based firmware catalog service, and downloads a new version of system firmware from the cloud-based firmware catalog service that is compatible with the architectural characteristics of the managed host. The new version of the system firmware is automatically installed without powering on the central processing system of the managed host.

Abstract: Disclosed herein is a system for limiting the rate at which system management interrupts can suspend normal execution of a central processing unit (CPU) by switching the operating mode of the CPU from one of the real mode or the protected mode to the system management mode. The rate limits imposed by the system provides a protective layer against cyberattacks (e.g., a distributed denial-of-service (DDoS) attack) from malicious actors and ensures the CPU can be more efficient regarding the execution of workloads (e.g., processing threads).

Abstract: A computing device is provided, including memory storing an instruction storage location. The computing device may further include a processor system including a plurality of processor threads. The processor system may suspend execution of one or more respective processor threads of the plurality of processor threads. The processor system may store one or more respective processor thread contexts of the one or more processor threads in the memory. The processor system may enter a system management mode (SMM). The processor system may determine that the instruction storage location includes a code update instruction. The processor system may perform a code update based on the code update instruction. The processor system may exit the SMM. The processor system may retrieve the one or more processor thread contexts from the memory and resume execution of the one or more processor threads without rebooting the computing device.

Abstract: A computing device is provided, including memory storing an instruction storage location. The computing device may further include a processor system including a plurality of processor threads. The processor system may suspend execution of one or more respective processor threads of the plurality of processor threads. The processor system may store one or more respective processor thread contexts of the one or more processor threads in the memory. The processor system may enter a system management mode (SMM). The processor system may determine that the instruction storage location includes a code update instruction. The processor system may perform a code update based on the code update instruction. The processor system may exit the SMM. The processor system may retrieve the one or more processor thread contexts from the memory and resume execution of the one or more processor threads without rebooting the computing device.

Abstract: A computing device is provided, including memory storing an instruction storage location. The computing device may further include a processor system including a plurality of processor threads. The processor system may suspend execution of one or more respective processor threads of the plurality of processor threads. The processor system may store one or more respective processor thread contexts of the one or more processor threads in the memory. The processor system may enter a system management mode (SMM). The processor system may determine that the instruction storage location includes a code update instruction. The processor system may perform a code update based on the code update instruction. The processor system may exit the SMM. The processor system may retrieve the one or more processor thread contexts from the memory and resume execution of the one or more processor threads without rebooting the computing device.

Abstract: A video game maps each of a plurality of outputs to inputs associated with a video game controller. In some embodiments, the plurality of outputs represent the various potential outputs of a drum set. Combinations of video game controller inputs are used to generate the outputs. Video game controller inputs include traditional input devices such as button inputs, as well as input signals generated from positioning and movement of the video game controllers. In some embodiments, a video game console provides a video representation of the outputs generated by input combinations received from the video game controllers.

Abstract: A video game maps each of a plurality of outputs to inputs associated with a video game controller. In some embodiments, the plurality of outputs represent the various potential outputs of a drum set. Combinations of video game controller inputs are used to generate the outputs. Video game controller inputs include traditional input devices such as button inputs, as well as input signals generated from positioning and movement of the video game controllers. In some embodiments, a video game console provides a video representation of the outputs generated by input combinations received from the video game controllers.

Abstract: Systems and methods for providing electronic messaging services to multiple users by storing a single copy of an electronic message at a central location and notifying recipients of the stored single copy. An electronic message includes a distribution list and a message content. A distribution list identifying multiple recipients causes prior art systems to duplicate the entire message for each recipient, placing potentially large demands on both processing power and storage space. In contrast, the systems and methods disclosed herein store a single copy or a limited number of copies of an electronic message addressed to multiple recipients and provide each recipient with a relatively small notification. In addition to providing information regarding content and origin, the notification also provides access to the stored message. Furthermore, the methods and systems also aid in organizing replies to electronic messages. Replies are associated with an initial message through a message identifier.

Abstract: Systems and methods for providing electronic messaging services to multiple users by storing a single copy of an electronic message at a central location and notifying recipients of the stored single copy. An electronic message includes a distribution list and a message content. A distribution list identifying multiple recipients causes prior art systems to duplicate the entire message for each recipient, placing potentially large demands on both processing power and storage space. In contrast, the systems and methods disclosed herein store a single copy or a limited number of copies of an electronic message addressed to multiple recipients and provide each recipient with a relatively small notification. In addition to providing information regarding content and origin, the notification also provides access to the stored message. Furthermore, the methods and systems also aid in organizing replies to electronic messages. Replies are associated with an initial message through a message identifier.

Abstract: Systems and methods for providing electronic messaging services to multiple users by storing a single copy of an electronic message at a central location and notifying recipients of the stored single copy. An electronic message includes a distribution list and a message content. A distribution list identifying multiple recipients causes prior art systems to duplicate the entire message for each recipient, placing potentially large demands on both processing power and storage space. In contrast, the systems and methods disclosed herein store a single copy or a limited number of copies of an electronic message addressed to multiple recipients and provide each recipient with a relatively small notification. In addition to providing information regarding content and origin, the notification also provides access to the stored message. Furthermore, the methods and systems also aid in organizing replies to electronic messages. Replies are associated with an initial message through a message identifier.