Abstract: In some implementations, a method includes receiving data characterizing a plurality of acoustic signals detected at a plurality of segments of an industrial system. A first data subset of the received data is associated with a first acoustic signal detected at a first segment of the plurality of segments and a second data subset of the received data is associated with a second acoustic signal detected at a second segment of the plurality of segments. The method also includes a first characteristic color to the first data subset based on a first time of propagation and an amplitude of the first acoustic signal, and assigning a second characteristic color to the second data subset based on a second time of propagation and amplitude of the second acoustic signal.

Abstract: Controlling server power usage in a data center is provided. Power usage among a plurality of server racks in active mode processing a set of workloads in the data center is managed. It is detected that a new server rack in standby mode is being added to the plurality of server racks. It is ensured that the new server rack in the standby mode is properly controlled and monitored prior to transitioning the new server rack to the active mode. It is determined whether power safety criteria are met to safely join the new server rack to the plurality of server racks prior to transitioning the new server rack from the standby mode to the active mode. The new server rack is transitioned to the active mode in without exceeding a power budget for the plurality of server racks in response to determining that the power safety criteria are met.

Abstract: Controlling server power usage in a data center is provided. Power usage among a plurality of server racks in active mode processing a set of workloads in the data center is managed. It is detected that a new server rack in standby mode is being added to the plurality of server racks. It is ensured that the new server rack in the standby mode is properly controlled and monitored prior to transitioning the new server rack to the active mode. It is determined whether power safety criteria are met to safely join the new server rack to the plurality of server racks prior to transitioning the new server rack from the standby mode to the active mode. The new server rack is transitioned to the active mode in without exceeding a power budget for the plurality of server racks in response to determining that the power safety criteria are met.

Abstract: Video content information of video content is received by a first computing device. The video content is received from web sites and the video content information includes one or more of a video identifier, an identity of the web sites, and an identity of an internet service provider related to accessing the one or more web sites. End destination information associated with a reception instance of the video content is received. The end destination information includes experience information that, at least in part, includes information relating to a quality of the received video content and a location of an end destination associated with the reception instance of the video content. The video content information and the end destination information are selectively aggregated by another device to generate aggregated information. The video content information includes at least a portion of the information of the quality of the reception instance.

Abstract: Video content information associated with video content is received, by at least a first computing device, wherein the video content includes one or more video conferences and the first computing device includes a software module configured, at least in part, to access the video conferences. End destination information associated with a reception instance of the video content is received, wherein the end destination information includes experience information that, at least in part, includes information relating to a quality of the reception instance of the video content and a location of an end destination associated with the reception instance of the video content. At least a portion of the video content information and the end destination information is selectively aggregated, by another computing device, which includes at least a portion of the information relating to the quality of the reception instance of the video content, to generate aggregated information.

Abstract: Video content information associated with video content is received, by at least a first computing device, wherein the first computing device is a mobile media device. End destination information associated with a reception instance of the video content is received, by at least the first computing device, wherein the end destination information includes experience information that, at least in part, includes information relating to a quality of the reception instance of the video content and one or more of the mobile media device and a location of an end destination associated with the reception instance of the video content. At least a portion of the video content information and the end destination information, which includes at least a portion of the information relating to the quality of the reception instance of the video content, is selectively aggregated, by at least a second computing device, to generate aggregated information.

Abstract: Video content information associated with video content is received, by at least a first computing device, wherein the video content is delivered utilizing internet protocol. End destination information associated with a reception instance of the video content is received, by at least the first computing device, wherein the end destination information includes experience information that, at least in part, includes information relating to a quality of the reception instance of the video content and a location of an end destination associated with the reception instance of the video content. At least a portion of the video content information and at least a portion of the end destination information, which includes at least a portion of the information relating to the quality of the reception instance of the video content, is selectively aggregated, by at least the second computing device, to generate aggregated information.

Abstract: Aggregated information is accessed on a computing device. The aggregated information includes video content information associated with video content and related end destination information. The aggregated information is further processed to render at least a portion of the aggregated information on a publically-accessible information medium. Thus, published content is generated.

Abstract: Video content information associated with video content is received, by at least a first computing device, wherein the video content includes one or more video conferences and the first computing device includes a software module configured, at least in part, to access the video conferences. End destination information associated with a reception instance of the video content is received, wherein the end destination information includes experience information that, at least in part, includes information relating to a quality of the reception instance of the video content and a location of an end destination associated with the reception instance of the video content. At least a portion of the video content information and the end destination information is selectively aggregated, by another computing device, which includes at least a portion of the information relating to the quality of the reception instance of the video content, to generate aggregated information.

Abstract: Video content information associated with video content is received, by at least a first computing device, wherein the first computing device is a mobile media device. End destination information associated with a reception instance of the video content is received, by at least the first computing device, wherein the end destination information includes experience information that, at least in part, includes information relating to a quality of the reception instance of the video content and one or more of the mobile media device and a location of an end destination associated with the reception instance of the video content. At least a portion of the video content information and the end destination information, which includes at least a portion of the information relating to the quality of the reception instance of the video content, is selectively aggregated, by at least a second computing device, to generate aggregated information.

Abstract: Video content information associated with video content is received, by at least a first computing device, wherein the video content is delivered utilizing internet protocol. End destination information associated with a reception instance of the video content is received, by at least the first computing device, wherein the end destination information includes experience information that, at least in part, includes information relating to a quality of the reception instance of the video content and a location of an end destination associated with the reception instance of the video content. At least a portion of the video content information and at least a portion of the end destination information, which includes at least a portion of the information relating to the quality of the reception instance of the video content, is selectively aggregated, by at least the second computing device, to generate aggregated information.

Abstract: Video content information of video content is received by a first computing device. The video content is received from web sites and the video content information includes one or more of a video identifier, an identity of the web sites, and an identity of an internet service provider related to accessing the one or more web sites. End destination information associated with a reception instance of the video content is received. The end destination information includes experience information that, at least in part, includes information relating to a quality of the received video content and a location of an end destination associated with the reception instance of the video content. The video content information and the end destination information are selectively aggregated by another device to generate aggregated information. The video content information includes at least a portion of the information of the quality of the reception instance.

Abstract: Video content information associated with a video content is received by a computing device. End destination information associated with a reception instance of the video content is also received by the computing device. At least a portion of the video content information and at least a portion of the end destination information are selectively aggregated to generate aggregated information.

Abstract: Aggregated information is accessed on a computing device. The aggregated information includes video content information associated with video content and related end destination information. The aggregated information is further processed to render at least a portion of the aggregated information on a publically-accessible information medium. Thus, published content is generated.

Abstract: Video content information associated with a video content is received by a computing device. End destination information associated with a reception instance of the video content is also received by the computing device. At least a portion of the video content information and at least a portion of the end destination information are selectively aggregated to generate aggregated information.

Abstract: A system and method for signaling a deferred response to a data request in a bus connected system is described. In one embodiment, a responding agent on the bus issues a deferred response message when it cannot supply the requested data in a short period of time. When the responding agent knows that the requested data will shortly arrive in its buffers, it may first send an identification signal to the requesting agent, indicating to the requesting agent that it should prepare to receive the data shortly. After one or more bus clock cycles, the responding agent may then subsequently send the corresponding data message to the requesting agent.