83results about How to "Increase available bandwidth" patented technology

A method for multicast load balancing in a wireless network having a plurality of access points. The method includes setting a maximum Internet protocol multicast bandwidth for the access points, receiving an admissions control request from a client at one of the access points, and determining whether the admissions control request from the client is for an admitted or unadmitted multicast stream at the access point. The access point is responsive to the admissions control request for the admitted multicast stream by servicing the admitted multicast stream and to the admissions control request for the unadmitted multicast stream by servicing the unadmitted multicast stream where the bandwidth required for the unadmitted multicast stream, plus that portion of the access point bandwidth currently used for all existing downlink multicast streams, does not exceed the maximum internet protocol multicast bandwidth for the access point.

A mono-band or multi-band planar inverted F antenna (PIFA) structure comprises a planar radiating element having a first area, and a ground plane having a second area that is substantially parallel to the radiating element first area. The second area further comprises a section having a meandering form elongating the effective overall length of the radiating element.

By adding stabilization and super-sampling to a digital pixel readout integrated circuit (ROIC), line of sight motion, that is usually costly and difficult to control, instead becomes an ally, doubling the effective FPA resolution in some systems. The base repartitioned digital pixel architecture supplements analog signal accumulation with off-pixel digital accumulation, greatly increasing dynamic range. Adding address mapping and increasing the ratio of memory locations to pixels, enables stabilization and resolution enhancement. Additional stabilization at sub-frame intervals limits the effect of latency and simplifies complex address mapping. Pixels gains are compensated in-ROIC, without requiring multipliers. A unique partitioning of functions between the ROIC and subsequent logic allows pixel biases and non-isomorphic sampling effects to be compensated off-ROIC, reducing overall system complexity and power.

The present disclosure relates to a communication method and system for converging a 5^th-Generation (5G) communication system for supporting higher data rates beyond a 4^th-Generation (4G) system with a technology for Internet of Things (IoT). The present disclosure may be applied to intelligent services based on the 5G communication technology and the IoT-related technology, such as smart home, smart building, smart city, smart car, connected car, health care, digital education, smart retail, security and safety services.

The present disclosure provides a random access method, a network node and a user equipment. With the solution of the above embodiment of the present disclosure, the performance of the UE randomly accessing the target cell can be improved.

The invention discloses a ACK/NACK method, which is used to control the receiving state of the mobile terminal MS feed wireless link control RLC/ media interface control MAC data block, that includes: MS judges the upgoing existing the temporary block flow TBF or not, if yes, by upgoing RLC/MAC data block takes the short affirmance ACK/ non-affirmance NACK information, feeds the receiving state of downgoing RLC/MAC data block. The ACK/NACK method provided by the invention, has the instaneity of the method of event driving ACK/NACK, if the upgoing TBF exists, it's no need to distribute the single upgoing wireless block for the ACK/NACK information, and improves the available bandwidth of upgoing TBF.

The invention discloses a multi-beam ad hoc network channel access control method, aiming at providing an access control method which has a high channel utilization rate and can improve the network performance. The method of the invention is implemented through the following technical scheme: for a distributed multi-beam scene, combining the characteristics of multi-beams, utilizing the broadcastchannel characteristics of an omni-directional network and the high bandwidth and high directivity characteristics of a directional network, using the short message protocol interaction between nodes,and assisting to complete the high-rate parallel transmission of multiple nodes on a directional link; using space division multiplexing among the nodes to achieve the concurrent communication between multiple transmission nodes and multiple receiving nodes; when a network cluster head node receives RTS frames of all other nodes, running a multi-beam ad hoc network channel access allocation algorithm; and searching an optimal transceiving node pair set in each time slot, finding an edge set with the maximum network capacity as a channel access allocation result of each node in the next directional link time slot, and further implementing the simultaneous multi-transmission and multi-reception of the multiple nodes at the same frequency.

A method, in accordance with one embodiment, for adjusting a transmission rate of a network device for a transmission based upon network bandwidth utilization on a network comprising transmitting a data stream at a current transmission rate utilizing a first bandwidth allocation; receiving a transmission rate recovery request from a master device on the network; receiving an additional bandwidth allocation from the master device on the network when the current transmission rate is less than an original transmission rate; and transmitting the data stream at an increased transmission rate utilizing a total bandwidth allocation, the total bandwidth allocation including the additional bandwidth allocation and the first bandwidth allocation.

The invention discloses a memory control method, a memory controller and a memory control system, relating to the technique of memory control, fully using the advantages of a page keeping opening strategy and a page keeping closing strategy, reducing the reversion of read-write commands, largely reducing the delay of a memory in data access, obviously increasing the available bandwidth of a data bus and enhancing the system performance. The provided memory control method comprises the following steps: obtaining the running state of a storage body; obtaining the address information of a next command which corresponds to the storage body in a command queue to be executed; dynamically determining the current control strategy of the storage body according to the information of the running state and the address information; and the strategy comprises the page keeping opening strategy and the page keeping closing strategy. Simultaneously, the method also comprises the step: sequencing the commands in the command queue to be executed according to a preset sequencing rule. The memory control method is suitable for any scene for controlling the memory.

A mobile ad hoc network is formed by selecting at least one client to function as a Virtual Mobile Server (“VMS”) on behalf of other clients: Those other clients subsequently communicate with a cell station via the VMS on an UWB format. Other clients may function as Virtual Distributed Mobile Servers (“VDMSs”) which relay communications between the VMS and clients which are out of direct communication range of the VMS. Further, multiple VMSs may be implemented for a single ad hoc network in order to bundle bandwidth. Clients may also extend the communication range of the VMS to a new cell station in order to enable earlier initiation of cell station handoff.

The invention discloses a visible light communication system based on TCP/IP. The system comprises a transmitter and a receiver. The transmitter comprises a digital transmission unit, a light transmission unit and a light transmission module, wherein the digital transmission unit, the light transmission unit and the light transmission module are connected in turn. The receiver comprises a light receiving module, a light receiving unit and a digital receiving unit, wherein the light receiving module, the light receiving unit and the digital receiving unit are connected in turn. The system and the method, which are provided by the invention, have the advantages of high transmission power, spectrum applying preventing, electromagnetic interference preventing, safety, confidentiality and high available bandwidth, and are capable of realizing high bandwidth and high rate wireless communication access at low cost.

The invention provides a measurement and transmission apparatus for marine riser fatigue parameters and a calculation method of optimal repeater spacing. The apparatus comprises an underwater sound signal receiving device, a plurality of repeaters and a marine riser fatigue monitoring device. The marine riser fatigue monitoring device detects a fatigue signal and transmits the fatigue signal to the repeaters; and after multiple transmissions by the repeaters, the fatigue signal is transmitted to the underwater sound signal receiving device. According to calculation of energy consumption of different repeater spacing single hop links, total transmission energy consumption of employing different repeater spacings is figured out, thereby figuring out the optimal repeater spacing corresponding to a lowest total transmission energy consumption by comparison. The invention employs repeaters to shorten a signal transmission distance, reduce transmission power consumption of a single hop distance; besides, an optimal distance scope exists, so as to realize a lowest total transmission energy consumption.

The conical monopole antenna includes a conical antenna element having an apex and a base, a conductive base member coupled across the base of the conical antenna element and a ground plane antenna element, e.g. a disc antenna element, adjacent the apex of the conical antenna element. A fold conductor is coupled between the conductive base member and the ground plane antenna element. The fold conductor may include at least one impedance element, such as a resistive element or inductive element. An antenna feed structure is coupled to the ground plane and conical antenna elements. The antenna may have reduced gain above a cutoff frequency being traded for low VSWR below the cutoff frequency to get increased usable bandwidth. The folded resistive termination is preferential to driving point attenuation and edge loading, and the conical monopole antenna provides low VSWR at most radio frequencies.

The invention discloses an Android-system-based distribution method through a multi-network route policy. The Android-system-based distribution method includes the steps that networks which are available in a mobile device with an Android system is acquired, at least two available networks exist, the route policy needing to be adopted is determined according to the data packet information, and data packets are received or forwarded through at least two network ports according to the route policy. The Android-system-based distribution method can fully utilizes network resources to achieve concurrent use of multiple networks.

A redundancy control method is disclosed that controls a first redundancy function that switches between a working line and a protection line in response to a detection of a line error and a second redundancy function that performs a path switching in response to a detection of a path error in a ring network operating at a path rate lower than a line rate thereof. The method comprises a step of masking the path error detection within a period from a time of the detection of the line error to an expected time of the detection of the path error.

Powerline networks are inherently noisy and subject to power surges, spikes, and other events. Devices exist to combat these issues and protect electrical appliances that are connected downstream from the power sources for theses devices, but these devices usually also severely limit data communication that may also be desired on this network. This invention provides an intelligent, self-aware powerline conditioning and communication node that allows for, or even improves, data communication on the network, and still provides for noise reduction, line filtering, and surge protection for downstream electrical appliances.

A monolithic microwave integrated circuit (MMIC) compatible broadside-coupled transformer including (i) a first transmission line, (ii) a second transmission line, and (iii) a third transmission line. The first and the second transmission lines generally form the broadside-coupled transformer. The third transmission line is generally connected in series with the broadside-coupled transmission line forming a ground return path of the broadside-coupled transformer.

A method of optical spectroscopy and a device for use in optical spectroscopy. The device includes a substrate, and a plurality of etalon cavities affixed to or coupled to the substrate. A signal is received from a Fabry-Perot interferometer. The signal is sampled using the device according to a generalized Nyquist-Shannon sampling criterion. The signal is sampled using the device according to a phase differential criterion for wave number resolution. An input spectrum for the signal is reconstructed based on the signal sampled according to the generalized Nyquist-Shannon sampling criterion and the signal sampled according to the phase differential criterion for wave number resolution.

This invention relates to a star coupler connected to a plurality of nodes within a network using a time triggered protocol on a time slot basis. The invention further relates to a network including a cluster having at least one node. Further, the invention relates to a method for communication between nodes within a network using a time trigger protocol. To provide a star coupler, which is able to increase the bandwidth and to communicate with low propagation delay for communicating the relevant data it is proposed to provide a star coupler (11) comprising a switch (12) having a plurality of input branches and output branches, wherein a switch controller (13) is provided for controlling the switch (12), further comprising means (14, 15) for deriving knowledge about the protocol timing, which knowledge is used for selectively forward data in a certain time slot to at least one predetermined output.

A method for selecting a channel for an access point (AP) in a Wireless Local Area Network (WLAN). The method includes the AP receiving network conditions of APs within the sensing range of a terminal sent by the terminal, and the AP selecting a channel based on the received network conditions. By forwarding the network conditions of other APs which can be detected by the terminal, the method of the present invention enables an AP to select a channel from the view of a terminal to avoid conflicts at the terminal, thereby improving the available bandwidth of the terminal, and giving a better experience to users.

A passive optical network (100) with immediate fault protection comprises an optical line termination (OLT) (11), an optical distribution network communicating with the OLT (11), the optical distribution network comprising a splitter (13) connected to the OLT (11) through a feed fiber (15) for separating and distributing optical signals from the OLT (11), a plurality of optical network units (ONUs) (17) each connected to the splitter (13) through a distribution fiber (19), and characterized in that each ONU (17) is equipped with a wireless router (21) communicating with its adjacent wireless routers (21) to form a mesh-like wireless network, whereby when failure has occurred in any distribution fiber (19) connected to the ONUs (17), the wireless router (21) of the disabled ONU (17) connected to the fiber (19) automatically searches and receives bandwidth from the nearest wireless router (21) of the ONU (17) connected to the functioning fiber (19) or wireless router (21) of disabled ONU (17) through the mesh-like network to avoid connection failure of the ONU (17) to the OLT (11).

The invention provides a method for carrying out aggregate routing in an IRF (intelligent resilient framework) system and a machine frame switch. The method comprises the following steps: acquiring bandwidth parameters of all aggregate member ports in one aggregate group, and forwarding performance loss parameter of the machine frame switch of the aggregate member port relative to the current machine frame switch; selecting different aggregate member port combinations, and calculating the metric value of the aggregate member port combination according to the bandwidth parameters of the aggregate member ports in the aggregate member port combination and the forwarding performance loss parameter of the aggregate member port relative to the current machine frame switch; and adding the aggregate member ports in the aggregate member port combination with the minimal metric value to the aggregate member port table of the current machine frame switch so as to carry out aggregate routing of the message. The invention can increase the maximum aggregate member available bandwidth with the minimum forwarding performance loss.