Abstract: Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, for shaping compute load using virtual capacity. In one aspect, a method includes obtaining a load forecast that indicates forecasted future compute load for a cell, obtaining a power model that models a relationship between power usage and computational usage for the cell, obtaining a carbon intensity forecast that indicates a forecast of carbon intensity for a geographic area where the cell is located, determining a virtual capacity for the cell based on the load forecast, the power model, and the carbon intensity forecast, and providing the virtual capacity for the cell to the cell.

Abstract: A communication system has a host communication circuit and a client communication circuit, which are connected to each other by means of a single signal wire. The host communication circuit generates a voltage modulated signal on the signal wire based on a reference clock signal, which in each clock cycle has a first period with a significant voltage change based on a clock edge of the reference clock signal, and a second period with a basically constant voltage variation. The host communication circuit (HCC) further can demodulate a current modulated signal received via the signal wire from the client communication circuit. The client communication circuit is configured to detect the significant voltage change in order to generate respective sync pulses in a sync signal, which is used to generate a client clock signal.

Abstract: A communication system has a host communication circuit and a client communication circuit, which are connected to each other by means of a single signal wire. The host communication circuit generates a voltage modulated signal on the signal wire based on a reference clock signal, which in each clock cycle has a first period with a significant voltage change based on a clock edge of the reference clock signal, and a second period with a basically constant voltage variation. The host communication circuit (HCC) further can demodulate a current modulated signal received via the signal wire from the client communication circuit. The client communication circuit is configured to detect the significant voltage change in order to generate respective sync pulses in a sync signal, which is used to generate a client clock signal.

Abstract: Systems and methods for information and action management including managing and communicating critical and non-critical information relating to certain emergency services events or incidents as well as other applications. More specifically, systems and methods for information and action management including a plurality of mobile interface units that include one or more of a language translation sub-system, an action receipt sub-system, a voice-to-text conversion sub-system, a media management sub-system, a revision management sub-system that restricts the abilities of some users, and a report generation sub-system that creates reports operatively coupled to the language translation sub-system, the action receipt sub-system, the voice-to-text conversion sub-system, the media management sub-system, and the revision management sub-system to auto-populate report fields.

Abstract: Systems and methods for information and action management including managing and communicating critical and non-critical information relating to certain emergency services events or incidents as well as other applications. More specifically, systems and methods for information and action management including a plurality of mobile interface units that include one or more of a language translation sub-system, an action receipt sub-system, a voice-to-text conversion sub-system, a media management sub-system, a revision management sub-system that restricts the abilities of some users, and a report generation sub-system that creates reports operatively coupled to the language translation sub-system, the action receipt sub-system, the voice-to-text conversion sub-system, the media management sub-system, and the revision management sub-system to auto-populate report fields.

Abstract: Systems and methods for information and action management including managing and communicating critical and non-critical information relating to certain emergency services events or incidents as well as other applications. More specifically, systems and methods for information and action management including a plurality of mobile interface units that include one or more of a language translation sub-system, an action receipt sub-system, a voice-to-text conversion sub-system, a media management sub-system, a revision management sub-system that restricts the abilities of some users, and a report generation sub-system that creates reports operatively coupled to the language translation sub-system, the action receipt sub-system, the voice-to-text conversion sub-system, the media management sub-system, and the revision management sub-system to auto-populate report fields.

Abstract: A semiconductor arrangement has a semiconductor body (CP), comprising a semiconductor layer (HL) with a first (AB11, AB12) and at least one second (AB21, AB22) conducting terminal areas, respectively made in two parts, and with a first (TAB1) and a second (TAB2) test terminals; a first (KI1, KU1) and at least one second (KI2, KU2) contact areas, located on the semiconductor body (CP) and made of two parts, which are connected with the respective terminal areas (AB11, AB12; AB21, AB22), and a first (TK1) and a second (TK2) test contact areas that are connected with the respective test terminal areas (TAB1, TAB2); a first terminal (10) that can be arranged on the semiconductor body (CP) and that contacts both parts of the two-part first contact areas (KI1, KU1), and at least one second terminal (20) that can be placed on the semiconductor body (CP) and that contacts both parts of the at least one second two-part contact area (KI2, KU2), and a first (30) and a second (40) test terminals, which can be arranged on

Abstract: A semiconductor arrangement has a semiconductor body (CP), comprising a semiconductor layer (HL) with a first (AB11, AB12) and at least one second (AB21, AB22) conducting terminal areas, respectively made in two parts, and with a first (TAB1) and a second (TAB2) test terminals; a first (KI1, KU1) and at least one second (KI2, KU2) contact areas, located on the semiconductor body (CP) and made of two parts, which are connected with the respective terminal areas (AB11, AB12; AB21, AB22), and a first (TK1) and a second (TK2) test contact areas that are connected with the respective test terminal areas (TAB1, TAB2); a first terminal (10) that can be arranged on the semiconductor body (CP) and that contacts both parts of the two-part first contact areas (KI1, KU1), and at least one second terminal (20) that can be placed on the semiconductor body (CP) and that contacts both parts of the at least one second two-part contact area (KI2, KU2), and a first (30) and a second (40) test terminals, which can be arranged on