Abstract: An inventory item to be picked may be selected along with an inventory location (e.g., storage bin) storing a particular unit of the item among a units of heterogeneous items also stowed in the inventory location. One or more images of the inventory location may be obtained and analyzed to determine a position of the unit of the item. Instructions may be sent to direct a device to illuminate the determined position of the unit of the item, and pick instructions may be sent to the same or a different the device. A device may receive the position instructions from a control system, and illuminate the determined position of the unit of the item within the inventory location. The pick instructions may direct an agent or mobile storage bin to a particular location and direct the agent to pick the unit of the item from the illuminated position.

Abstract: Certain aspects of the present disclosure relate to methods and apparatus for sending fast negative acknowledgements (NACKs) after a user equipment (UE) tunes back to a first network after tuning away from the first network. The UE may determine that a trigger event has occurred, and in response to the determination, modify a NACK timing configuration from a default configuration. Modifying the NACK timing configuration may include using an aggressive NACK timing configuration for a configurable period of time, in response to detecting a trigger event. The trigger event may include detecting missed packets after a tune back, unavailability of sufficient memory to hold packets until a gap created by missed packets may be filled, or tuning back to a network.

Abstract: A system for congestion control of traffic in a network that uses Transmission Control Protocol (TCP) includes a plurality of TCP congestion control programs having one or more parameters, a plurality of TCP congestion control units running the TCP congestion control programs, and a TCP mapper adapted to map incoming TCP traffic flow from a plurality of incoming TCP traffic flows to the TCP congestion control units based on at least one of (a) the type of application program from which the incoming TCP traffic flow originated (b) the type of network for which the incoming TCP traffic flow is destined, (c) parameters related to network performance (d) network constraints (e) source of the incoming TCP traffic flow, and (f) destination of the incoming TCP traffic flow.

Abstract: A method of transmitting and receiving data between a mobile terminal and a display device is provided. The method establishes network connection for communication with the mobile terminal, detects a touch location of the mobile terminal when the mobile terminal touches the display device, designates a first region corresponding to the touch location to the mobile terminal when the touch of the mobile terminal is ended, and transmits data corresponding to an object to the mobile terminal when the object displayed on a screen moves to the designated first region.

Abstract: A swirler assembly in a gas turbine combustor includes a hub, a shroud, and a plurality of vanes connected between the hub and the shroud. The vanes include a high pressure side on which air and fuel impinge the vanes and a low pressure side. An air circuit is provided in each of the plurality of vanes receiving discharge air from a compressor. Each of the air circuits includes an air entry passage into the vanes and an air exit passage on the low pressure side of the vanes.

Abstract: The present disclosure relates to a mobile terminal and a 3D object control method thereof for controlling the depth or rotation of a 3D object using a 3D manipulation portion displayed around the 3D object. According to the present invention, a circular- or ring-shaped 3D manipulation portion may be touched to intuitively control the rotation and enlargement/reduction of the 3D object, thereby providing usefulness and convenience for the user, capable of editing the 3D object while directly viewing the transformed form and depth of the 3D object.

Abstract: Certain embodiments of the present disclosure include a combustor resonator having a non-uniform annulus between a combustor assembly and a resonator shell. The combustor resonator may further include resonator necks or passages having non-uniform lengths and geometries.

Abstract: Present embodiments are directed toward reducing low flow or no flow situations in a head end of a turbine combustor. Embodiments include a system having a turbine combustor. The turbine combustor includes a fuel nozzle having an inner shell and an outer shell, and a feed cap disposed about the fuel nozzle and having an outer wall and a back plate. The back plate joins respective upstream ends of the outer shell of the fuel nozzle and the outer wall of the feed cap. The turbine combustor is configured to flow a first pressurized air via an air path extending along the outer wall of the feed cap, the back plate of the feed cap, and into the fuel nozzle.

Abstract: A method of improving the performance of an access network for coupling one or more user devices to an application server, said method comprising encoding, using one of one or more encoders, data using a network performance enhancing coding (NPEC); transmitting the encoded data; receiving the encoded data; decoding, using one of one or more decoders, the encoded data using said NPEC; and receiving the decoded data at either of said application server or said one or more user devices.

Abstract: A system for congestion control of traffic in a network that uses Transmission Control Protocol (TCP) includes a plurality of TCP congestion control programs having one or more parameters, a plurality of TCP congestion control units running the TCP congestion control programs, and a TCP mapper adapted to map incoming TCP traffic flow from a plurality of incoming TCP traffic flows to the TCP congestion control units based on at least one of (a) the type of application program from which the incoming TCP traffic flow originated (b) the type of network for which the incoming TCP traffic flow is destined, (c) parameters related to network performance (d) network constraints (e) source of the incoming TCP traffic flow, and (f) destination of the incoming TCP traffic flow.

Abstract: A system for managing email attachments receives and opens, on a mobile device, a document attached to an email; converts the opened document to a lower-resolution document; stores the lower-resolution document; and synchronizes the stored lower-resolution document with the mobile device. The system can also generate and store a corresponding thumbnail of the lower-resolution document. The original of the opened document may be stored in a remote storage device, optionally encrypting the low-resolution document before storing. The original of the opened document may also be broken into a plurality of pieces which are stored in different remote storage devices.

Abstract: A multi-functional display device having a channel map and a method for controlling the same are disclosed herein. The multi-functional display device may include a display, an input interface, a network interface for communicating with at least one second multi-functional display device, and a controller for controlling a display of the channel map and content associated with a channel selected in the channel map. The channel map may include a first channel number associated with a broadcast channel and a channel name for the first channel, and a second channel number associated with a social network service (SNS) account for an individual or entity and an SNS channel name for the second channel.

Abstract: A system located on either side of a wireless network for reducing the amount of collisions in the wireless network comprises a TCP server in communication with a TCP client using TCP protocols that use client acknowledgements, and an acknowledgement-summarizing device adapted to summarize at least one client acknowledgement from the TCP protocols in a summarizing acknowledgement, and to transmit the summarizing acknowledgement into the wireless network. The acknowledgement-summarizing device may be replaced or combined with an acknowledgement-aggregating device located on either side of the wireless network and adapted to aggregate one or more client acknowledgements from the TCP protocols into an encoded packet and to transmit the encoded packet into the wireless network.

Abstract: A system for congestion control of traffic in a network that uses Transmission Control Protocol (TCP) includes a plurality of TCP congestion control programs having one or more parameters, a plurality of TCP congestion control units running the TCP congestion control programs, and a TCP mapper adapted to map incoming TCP traffic flow from a plurality of incoming TCP traffic flows to the TCP congestion control units based on at least one of (a) the type of application program from which the incoming TCP traffic flow originated (b) the type of network for which the incoming TCP traffic flow is destined, (c) parameters related to network performance (d) network constraints (e) source of the incoming TCP traffic flow, and (f) destination of the incoming TCP traffic flow.

Abstract: A system located on either side of a wireless network for reducing the amount of collisions in the wireless network comprises a TCP server in communication with a TCP client using TCP protocols that use client acknowledgements, and an acknowledgement-summarizing device adapted to summarize at least one client acknowledgement from the TCP protocols in a summarizing acknowledgement, and to transmit the summarizing acknowledgement into the wireless network. The acknowledgement-summarizing device may be replaced or combined with an acknowledgement-aggregating device located on either side of the wireless network and adapted to aggregate one or more client acknowledgements from the TCP protocols into an encoded packet and to transmit the encoded packet into the wireless network.

Abstract: A portable medical imaging device for performing imaging procedures. The portable medical imaging device comprises a processor configured to analyze location information associated with the portable medical imaging device and determine whether the location information is linked to a location of the performing an imaging procedure. The processor selects an imaging configuration from a plurality of imaging configurations associated with an imaging procedure to be performed in the location, wherein each imaging configuration of the plurality of imaging configurations is associated with a type of imaging procedure. The processor is further configured to load the imaging configuration to perform the imaging procedure. The portable medical device (200) for performing medical procedures further comprises at least one memory communicably coupled to the processor for storing the plurality of imaging configurations.

Abstract: A system for congestion control of traffic in a network that uses Transmission Control Protocol (TCP) includes a plurality of TCP congestion control programs having one or more parameters, a plurality of TCP congestion control units running the TCP congestion control programs, and a TCP mapper adapted to map incoming TCP traffic flow from a plurality of incoming TCP traffic flows to the TCP congestion control units based on at least one of (a) the type of application program from which the incoming TCP traffic flow originated (b) the type of network for which the incoming TCP traffic flow is destined, (c) parameters related to network performance (d) network constraints (e) source of the incoming TCP traffic flow, and (f) destination of the incoming TCP traffic flow.

Abstract: A system includes a turbomachine including a first chamber configured to contain a first fluid and a second chamber configured to contain a second fluid. The turbomachine also includes a barrier disposed between the first and second chambers. The barrier is configured to separate the first fluid and the second fluid. Additionally, the barrier includes a first surface facing the first chamber and a second surface facing the second chamber. The turbomachine also includes an orifice extending from the first chamber to the second chamber. The orifice defines a fluid passageway. Additionally, the turbomachine includes a tube including a first end and a second end. The first end is coupled to the first surface and is disposed about a perimeter of the orifice. The tube is configured to at least partially contain the second fluid.

Abstract: A system for congestion control of traffic in a network that uses Transmission Control Protocol (TCP) includes a plurality of TCP congestion control programs having one or more parameters, a plurality of TCP congestion control units running the TCP congestion control programs, and a TCP mapper adapted to map incoming TCP traffic flow from a plurality of incoming TCP traffic flows to the TCP congestion control units based on at least one of (a) the type of application program from which the incoming TCP traffic flow originated (b) the type of network for which the incoming TCP traffic flow is destined, (c) parameters related to network performance (d) network constraints (e) source of the incoming TCP traffic flow, and (f) destination of the incoming TCP traffic flow.

Abstract: A system is provided for congestion control of traffic in a network that uses Transmission Control Protocol (TCP). The system includes at least one TCP congestion control program, at least one TCP congestion control unit running one of the TCP congestion control programs, and a TCP mapper adapted to map incoming TCP traffic to one of the TCP congestion control units, based on at least one of (a) the type of application program from which the incoming TCP traffic flow originated, (b) the type of network for which the incoming TCP traffic flow is destined, (c) parameters related to network performance, (d) network constraints, (e) source of the incoming TCP traffic flow, and (f) destination of the incoming TCP traffic flow.