Abstract: Certain aspects of the present disclosure provide techniques for handling collisions between multiple universal subscriber identity module (MUSIM) gaps and measurement gaps (MGs) or other MUSIM gaps. In an exemplary method, a user equipment (UE) detects a collision between a first multiple universal subscriber identity module (MUSIM) gap occasion and at least one of a second MUSIM gap occasion or a measurement gap (MG) occasion; and processes signals in at least one of the first MUSIM gap occasion, the second MUSIM gap occasion, a third MUSIM gap occasion, or the MG occasion based on relative priorities of the first MUSIM gap occasion, the second MUSIM gap occasion, or the MG occasion.

Abstract: A method and apparatus for data acquisition including: acquiring a first set of data for a survey area with streamer receivers on a streamer spread; and simultaneously acquiring a second set of data for the area with ocean bottom receivers, the first and second sets of data together forming a complete dataset for velocity modeling and imaging. A method including: navigating a first propulsion source along a first path in the area, wherein a streamer spread and a first seismic source are coupled to the first propulsion source; navigating a second propulsion source along a second path in the area, wherein a second seismic source is coupled to the second propulsion source; while navigating the first and second propulsion sources, activating at least one of the first and second seismic sources; and acquiring data with receivers on the streamer spread and with ocean bottom receivers distributed throughout the area.

Abstract: A system for testing a suspension system of a vehicle includes an inertial measurement module and a suspension fault detection module. The inertial measurement module is configured to, while the vehicle is not moving, collect sensor data from one or more inertial measurement sensors for different states of the suspension system. The sensor data is indicative of inertial states of the vehicle while the suspension system is in each of the different states. The suspension fault detection module is configured to, based on the sensor data and a set of thresholds, determine whether a fault exists with the suspension system, isolate and identify the fault, and perform a countermeasure based on the detection of the fault.

Abstract: A system for testing a suspension system of a vehicle includes an inertial measurement module and a suspension fault detection module. The inertial measurement module is configured to, while the vehicle is not moving, collect sensor data from one or more inertial measurement sensors for different states of the suspension system. The sensor data is indicative of inertial states of the vehicle while the suspension system is in each of the different states. The suspension fault detection module is configured to, based on the sensor data and a set of thresholds, determine whether a fault exists with the suspension system, isolate and identify the fault, and perform a countermeasure based on the detection of the fault.

Abstract: A method and apparatus for data acquisition including: acquiring a first set of data for a survey area with streamer receivers on a streamer spread; and simultaneously acquiring a second set of data for the area with ocean bottom receivers, the first and second sets of data together forming a complete dataset for velocity modeling and imaging. A method including: navigating a first propulsion source along a first path in the area, wherein a streamer spread and a first seismic source are coupled to the first propulsion source; navigating a second propulsion source along a second path in the area, wherein a second seismic source is coupled to the second propulsion source; while navigating the first and second propulsion sources, activating at least one of the first and second seismic sources; and acquiring data with receivers on the streamer spread and with ocean bottom receivers distributed throughout the area.

Abstract: Systems and methods include seismic data stacking derived from a set of image volumes. Stacking includes finding a sub-set of seismic image volumes (and in some implementations their respective stacking weights) or multiple realizations of sub-set of seismic image volumes from a given set that are consistent and similar to each other. Some or all of the input seismic image volumes can be stacked together as they would be with a conventional stack. However, the signal-to-noise ratio can be enhanced by only stacking those volumes that contain consistent and relevant information. Optimal stacking can utilize an algorithm that can be implemented in a moving window fashion.

Abstract: A method and a system for handling a mobile terminating call in a mobile communications network, wherein interrogation (112) by a first Mobile Switching Center (101) towards a Home Location Register (202) for routing said call is intercepted by an Intercepting Means (104). The Intercepting Means (104) determines that routing said call to a dedicated Mobile Switching Center (105) is required for providing a service for said call. A message (213) comprising routing information for routing said call to the dedicated Mobile Switching Center (105) is sent by the Intercepting Means (104) to the first Mobile Switching Center(101).

Abstract: Systems and methods include seismic data stacking derived from a set of image volumes. Stacking includes finding a sub-set of seismic image volumes (and in some implementations their respective stacking weights) or multiple realizations of sub-set of seismic image volumes from a given set that are consistent and similar to each other. Some or all of the input seismic image volumes can be stacked together as they would be with a conventional stack. However, the signal-to-noise ratio can be enhanced by only stacking those volumes that contain consistent and relevant information. Optimal stacking can utilize an algorithm that can be implemented in a moving window fashion.

Abstract: A method and control node and computer program are disclosed for handling Intelligent Network services associated with a call to a subscriber of a mobile telecommunications network, the network comprising said control node, a HLR and one or more SCPs. Said control node a) sends to said HLR one or more requests for routing information associated with said call; b) receives from said HLR service trigger elements associated with said services; c) uses said trigger elements for invoking said services in said one ore more SCPs; and d) receives from said one or more SCPs information related to said services associated with said trigger elements.

Abstract: A method and control node and computer program are disclosed for handling Intelligent Network services associated with a call to a subscriber of a mobile telecommunications network, the network comprising said control node, a HLR and one or more SCPs. Said control node a) sends to said HLR one or more requests for routing information associated with said call; b) receives from said HLR service trigger elements associated with said services; c) uses said trigger elements for invoking said services in said one ore more SCPs; and d) receives from said one or more SCPs information related to said services associated with said trigger elements.

Abstract: A method and control node (110) and computer program are disclosed for handling Intelligent Network services associated with a call to a subscriber of a mobile telecommunications network, the network comprising said control node (110), a HLR 5 (111) and one or more SCPs (121, 122, 123). Said control node (110) a) sends (101) to said HLR (111) one or more requests for routing information associated with said call; b) receives (102) from said HLR (111) service trigger elements associated with said services; c) uses said trigger elements for invoking (103) said services in said one or more SCPs (121, 122, 123); and d) receives (104) from said one or more 10 SCPs (121, 122, 123) information related to said services associated with said trigger elements.

Abstract: A method and control node (110) and computer program are disclosed for handling Intelligent Network services associated with a call to a subscriber of a mobile telecommunications network, the network comprising said control node (110), a HLR 5 (111) and one or more SCPs (121, 122, 123). Said control node (110) a) sends (101) to said HLR (111) one or more requests for routing information associated with said call; b) receives (102) from said HLR (111) service trigger elements associated with said services; c) uses said trigger elements for invoking (103) said services in said one or more SCPs (121, 122, 123); and d) receives (104) from said one or more 10 SCPs (121, 122, 123) information related to said services associated with said trigger elements.

Abstract: A method and a system for handling a mobile terminating call in a mobile communications network, wherein interrogation (112) by a first Mobile Switching Centre (101) towards a Home Location Register (202) for routing said call is intercepted by an Intercepting Means (104). The Intercepting Means (104) determines that routing said call to a dedicated Mobile Switching Centre (105) is required for providing a service for said call. A message (213) comprising routing information for routing said call to the dedicated Mobile Switching Centre (105) is sent by the Intercepting Means (104) to the first Mobile Switching Centre (101).

Abstract: A process and apparatus to remotely gather data about cellphone hardware and software configurations and usage. The system uses agents which are resident on the phones and which can be remotely launched by a data collection server by sending a message to a public IP address of the phone and addressed to a special port designated for launch. The agent specifies the launch port and a data collection port upon installation and registration with the cellphone operating system. Data on hardware configuration, software version and phone usage can be gathered. Data collection sessions are established by the data collection server sending a message addressed to the public IP address of the cellphone and the data collection port specified by the agent process upon registration with the operating system. Many alternative embodiments are also disclosed.

Abstract: Methods of doing business which revolve around an automated computer-based, agentless asset discovery system to develop inventory information for use in various business processes. The automated inventory information is developed for multiple data centers to be consolidated into one data center to aid in the consolidation and an automated inventory of the consolidated data center is used to resolve any discrepancies. An automated inventory of servers and the applications and data on them is used for consolidating servers. An automated inventory of servers, other IT assets and application programs and operating systems is compared to invoices from outside vendors managing them for reviewing invoices, and automated inventories of application programs and operating systems are compared to license agreements for license negotiations.

Abstract: A process and apparatus to remotely gather data about cellphone hardware and software configurations and usage. The system uses agents which are resident on the phones and which can be remotely launched by a data collection server by sending a message to a public IP address of the phone and addressed to a special port designated for launch. The agent specifies the launch port and a data collection port upon installation and registration with the cellphone operating system. Data on hardware configuration, software version and phone usage can be gathered. Data collection sessions are established by the data collection server sending a message addressed to the public IP address of the cellphone and the data collection port specified by the agent process upon registration with the operating system. Many alternative embodiments are also disclosed.

Abstract: A method and appartus for automatically gathering data about assets of a data center for use in assessing risks in writing insurance policies. The method uses collection servers coupled to the network or networks of the data center. The collection servers are informed of the IP address range and ping all addresses to find addresses at which active machines reside. Then a plurality of protocols are executed to send packets to the active IP addresses in accordance with a plurality of different protocols in an attempt to elicit meaningful responses. If a meaningful packet arrives back from a machine, the protocols try to decipher it to determine what protocols the machine understands. Once the protocol(s) the machine understands are known, packets are sent to invoke function calls of known APIs of that protcol to extract information about the machine.

Abstract: A process and apparatus to remotely gather data about cellphone hardware and software configurations and usage. The system uses agents which are resident on the phones and which can be remotely launched by a data collection server by sending a message to a public P address of the phone and addressed to a special port designated for launch. The agent specifies the launch port and a data collection port upon installation and registration with the cellphone operating system. Data on hardware configuration, software version and phone usage can be gathered. Data collection sessions are established by the data collection server sending a message addressed to the public P address of the cellphone and the data collection port specified by the agent process upon registration with the operating system. Many alternative embodiments are also disclosed.

Abstract: A process and apparatus to remotely gather data about cellphone hardware and software configurations and usage. The system uses agents which are resident on the phones and which can be remotely launched by a data collection server by sending a message to a public IP address of the phone and addressed to a special port designated for launch. The agent specifies the launch port and a data collection port upon installation and registration with the cellphone operating system. Data on hardware configuration, software version and phone usage can be gathered. Data collection sessions are established by the data collection server sending a message addressed to the public IP address of the cellphone and the data collection port specified by the agent process upon registration with the operating system. Many alternative embodiments are also disclosed.