Abstract: Disclosed are a bipolar polymer electrolyte membrane for water electrolysis and manufacturing method thereof. A bipolar polymer electrolyte membrane for water electrolysis according to the present disclosure may comprise a proton exchange membrane that is composed of a first compound including a poly(fluorene biphenyl indole) polymer compound as a main chain and an aliphatic hydrocarbon group having a cation exchange group on a side chain of the polymer compound, and an anion exchange membrane that is composed of a second compound represented by Formula 1 below, wherein the proton exchange membrane and the anion exchange membrane have structures bonded to each other: in Formula 1, R1 is the anion exchange group and m is an integer from 70 to 90.

Abstract: Disclosed herein are system, method, and computer program product embodiments for a processor health monitoring system. An embodiment operates by determining that a plurality of messages are transmitted to both a primary processor and a recovery processor. A functional health of the primary processor is monitored based on one or more metrics, and a failure event is detected at the primary processor based on the one or more metrics. A timestamp of a first message of the plurality of messages is identified, the first message having been successfully processed by the primary processor prior to the failure event. The timestamp of the first message is provided to the recovery processor, wherein the recovery processor is configured to actively process the plurality of messages from the timestamp of the first message. The primary processor is deactivated.

Abstract: Disclosed herein are system, method, and computer program product embodiments for a processor health monitoring system. An embodiment operates by determining that a plurality of messages are transmitted to both a primary processor and a recovery processor. A functional health of the primary processor is monitored based on one or more metrics, and a failure event is detected at the primary processor based on the one or more metrics. A timestamp of a first message of the plurality of messages is identified, the first message having been successfully processed by the primary processor prior to the failure event. The timestamp of the first message is provided to the recovery processor, wherein the recovery processor is configured to actively process the plurality of messages from the timestamp of the first message. The primary processor is deactivated.

Abstract: Disclosed herein are system, method, and computer program product embodiments for a processor health monitoring and failover and failback system. An embodiment operates by detecting a failure event that indicates a reduced functionality of a primary processor, wherein the primary processor is configured to process incoming messages, and identifying a failure timestamp. An activation request, including the failure timestamp, is transmitted to a replica processor that is configured to process the incoming messages beginning with an incoming message corresponding to or later than the failure timestamp. A recovery event that indicates an increased functionality of the primary processor is detected, and a corresponding recovery timestamp is identified. A deactivation request, including the recovery timestamp, is transmitted to the replica server, wherein the primary processor is configured to process the incoming messages beginning with an incoming message corresponding to or later than the recovery timestamp.

Abstract: Disclosed herein are system, method, and computer program product embodiments for a processor health monitoring and failover and failback system. An embodiment operates by detecting a failure event that indicates a reduced functionality of a primary processor, wherein the primary processor is configured to process incoming messages, and identifying a failure timestamp. An activation request, including the failure timestamp, is transmitted to a replica processor that is configured to process the incoming messages beginning with an incoming message corresponding to or later than the failure timestamp. A recovery event that indicates an increased functionality of the primary processor is detected, and a corresponding recovery timestamp is identified. A deactivation request, including the recovery timestamp, is transmitted to the replica server, wherein the primary processor is configured to process the incoming messages beginning with an incoming message corresponding to or later than the recovery timestamp.

Abstract: A method, system, and apparatus in the form of a robotic platform. When implemented as described, the method and system provide a highly flexible open platform for efficient and agile code development for robotic platforms through a cloud-based API. The method and system also allow developers to test new robotic platform programming immediately via the Internet and observe the results in real time, even for geographically remote robotic telepresence systems.