Abstract: Various embodiments include methods implemented in a processor for management of cryptographic keys of an integrated cryptographic engine. Embodiments may include detecting a cryptographic key access control event, determining whether the cryptographic key access control event is for disabling cryptographic key access at a cryptographic key memory of the integrated cryptographic engine, disabling cryptographic key access at the cryptographic key memory in response to determining that the cryptographic key access control event is for disabling cryptographic key access at the cryptographic key memory, and maintaining one or more cryptographic keys at the cryptographic key memory for which cryptographic key access is disabled. Embodiments may further include enabling cryptographic key access at the cryptographic key memory in response to determining that the cryptographic key access control event is not for disabling cryptographic key access at the cryptographic key memory.

Abstract: A processing device in a memory sub-system identifies an indication of a completion of a memory access command directed to a memory device and determines whether there are other memory access commands directed to the memory device that are pending. Responsive to determining that there are other memory access commands pending, the processing device coalesces additional indications of completions of the other memory access commands that are available within a threshold period of time with the indication of the completion into a completion data chunk and sends the completion data chunk to a host system. The host system is to store the completion data chunk as one or more completion queue entries in a completion queue in a host memory of the host system via a single host memory write operation.

Abstract: A computer-implemented method comprises accessing, by a networking hardware device, identity awareness data for a plurality of client computing devices and device security policies of a plurality of IoT computing devices from at least one distributed data repository; authenticating, by the networking hardware device, a client computing device requesting access to at least one Internet of Things (IoT) computing device, based on the accessed identity awareness data; establishing, at the networking hardware device, firewall rules based on the accessed device security policies; creating, by the networking hardware device, a session for the authenticated client computing device to communicate with the at least one IoT computing device, wherein creating a session comprises posting information relating to the session as authentication session information to the at least one distributed data repository.

Abstract: A computer-implemented method comprises accessing, by a networking hardware device, identity awareness data for a plurality of client computing devices and device security policies of a plurality of IoT computing devices from at least one distributed data repository; authenticating, by the networking hardware device, a client computing device requesting access to at least one Internet of Things (IoT) computing device, based on the accessed identity awareness data; establishing, at the networking hardware device, firewall rules based on the accessed device security policies; creating, by the networking hardware device, a session for the authenticated client computing device to communicate with the at least one IoT computing device, wherein creating a session comprises posting information relating to the session as authentication session information to the at least one distributed data repository.

Abstract: Various embodiments of a handheld stimulator system is described that is configured to provide a stimulation to nasal tissue of a subject. In some embodiments, the handheld stimulator system includes a stimulator probe and a stimulator body, and the stimulator probe may be configured to releasably couple to the stimulator body. The stimulator probe may include a first nasal insertion prong comprising a first electrode and a tag of an RFID control mechanism that is configured to control a use of the stimulator probe. In some embodiments, the stimulator body may include a power source and a reader of the RFID control mechanism. The reader may be configured to communicate with the tag for assisting with controlling the use of the stimulator probe. Systems and method associated with the handheld stimulator system are also described.

Abstract: A computer-implemented method comprises posting, by a broker computing device, identity awareness data for a plurality of client computing devices to a distributed data repository (DDP); receiving, by a networking hardware device, the identity awareness data from the DDP; using, by the networking hardware device, the identity awareness data from the DDP to authenticate a client computing device requesting access to at least one Internet of Things (IoT) computing device; in response to authenticating the client computing device, creating, by the networking hardware device, a session for the client computing device to communicate with the at least one IoT computing device, wherein creating a session comprises: opening a port on the networking hardware device, wherein communication between the client computing device and the at least one IoT computing device is through the port; posting information relating to the session as authentication session information to the DDP.

Abstract: Methods and systems for processing Physical Region Pages (PRP)/Scatter Gather Lists (SGL) entries include splitting a command to be processed into a plurality of sub-commands, storing said plurality of sub-commands in a first set of buffers among a plurality of buffers, processing said plurality of sub-commands from said first set of buffers, storing at least one sub-command that remains after storing the first set of buffers in a second set of buffers, while said plurality of sub-commands in the first set of buffers is being processed and processing said at least one sub-command from said second set of buffers, after processing sub-commands from said first set of buffers.

Abstract: Methods and systems for processing Physical Region Pages (PRP)/Scatter Gather Lists (SGL) entries include splitting a command to be processed into a plurality of sub-commands, storing said plurality of sub-commands in a first set of buffers among a plurality of buffers, processing said plurality of sub-commands from said first set of buffers, storing at least one sub-command that remains after storing the first set of buffers in a second set of buffers, while said plurality of sub-commands in the first set of buffers is being processed and processing said at least one sub-command from said second set of buffers, after processing sub-commands from said first set of buffers.

Abstract: Devices, methods, and systems for determining pushback direction are described herein. One method includes receiving a video image of an aircraft during a pushback of the aircraft, determining a motion flow map associated with the video image during the pushback, determining a motion orientation histogram associated with the video image during the pushback, and determining a direction of the pushback based on the motion flow map and the motion orientation histogram.

Abstract: Devices, methods, and systems for determining pushback direction are described herein. One method includes receiving a video image of an aircraft during a pushback of the aircraft, determining a motion flow map associated with the video image during the pushback, determining a motion orientation histogram associated with the video image during the pushback, and determining a direction of the pushback based on the motion flow map and the motion orientation histogram.

Abstract: The embodiments herein relate to Machine to Machine (M2M) based systems and, more particularly, to managing application and services data in M2M based systems. The embodiments herein disclose a system and method for managing application and services data in a distributed wireless M2M system. Embodiments disclosed herein disclose direct transport of device configuration rules and processes sensor data to and from a back-end configuration and data management and to-from the sensors via intermediate concentrator devices within the M2M system.