Abstract: Systems and methods for alerting a third party device according to a result of automated evaluation of a received response packet according to at least one pattern in the data packet are disclosed herein. The system can include a memory having a pattern database and a model database. The system can further include a user device and a content management server. The content management server can receive a response packet and identify one or several patterns within the response packet. Based on the presence or absence of these one or several patterns in the response packet, the content management server can generate an evaluation of the response packet and generate and send an alert with the results of the evaluation.

Abstract: Systems and methods for alerting a third party device according to a result of automated evaluation of a received response packet according to at least one pattern in the data packet are disclosed herein. The system can include a memory having a pattern database and a model database. The system can further include a user device and a content management server. The content management server can receive a response packet and identify one or several patterns within the response packet. Based on the presence or absence of these one or several patterns in the response packet, the content management server can generate an evaluation of the response packet and generate and send an alert with the results of the evaluation.

Abstract: A network device determines the traffic specification values based on the session values that represent the application parameters of an application, which is provided differentiated service levels. A user of the network device may provide and/or choose the session values. The network device may generate one or more streams corresponding to a plurality of the applications. Each stream may comprise one or more traffic instances. The network device may assign a priority value to each stream and instance identifier to each traffic instances within the stream to manage the transfer of data units.

Abstract: A network device determines the traffic specification values based on the session values that represent the application parameters of an application, which is provided differentiated service levels. A user of the network device may provide and/or choose the session values. The network device may generate one or more streams corresponding to a plurality of the applications. Each stream may comprise one or more traffic instances. The network device may assign a priority value to each stream and instance identifier to each traffic instances within the stream to manage the transfer of data units.

Abstract: A network device determines the traffic specification values based on the session values that represent the application parameters of an application, which is provided differentiated service levels. A user of the network device may provide and/or choose the session values. The network device may generate one or more streams corresponding to a plurality of the applications. Each stream may comprise one or more traffic instances. The network device may assign a priority value to each stream and instance identifier to each traffic instances within the stream to manage the transfer of data units.

Abstract: A sub-system may maintain the network connectivity of the device, while the device is operating in low power. The sub-system may determine whether a pre-specified pattern is present in the incoming packet. The sub-system may send network messages such as keep-alive or time-out messages on behalf of the device if a first pattern is detected in the incoming packet. A first action associated with the first pattern may indicate that a network message is to be sent to another device. The sub-system may send a wake-up signal to the device if a second pattern is detected in the incoming packet. A second action associated with the second pattern may indicate that a wake-up signal is to be sent to the device.

Abstract: A sub-system may maintain the network connectivity of the device, while the device is operating in low power. The sub-system may determine whether a pre-specified pattern is present in the incoming packet. The sub-system may send network messages such as keep-alive or time-out messages on behalf of the device if a first pattern is detected in the incoming packet. A first action associated with the first pattern may indicate that a network message is to be sent to another device. The sub-system may send a wake-up signal to the device if a second pattern is detected in the incoming packet. A second action associated with the second pattern may indicate that a wake-up signal is to be sent to the device.

Abstract: A network device determines the traffic specification values based on the session values that represent the application parameters of an application, which is provided differentiated service levels. A user of the network device may provide and/or choose the session values. The network device may generate one or more streams corresponding to a plurality of the applications. Each stream may comprise one or more traffic instances. The network device may assign a priority value to each stream and instance identifier to each traffic instances within the stream to manage the transfer of data units.

Abstract: Architecture and method for quality of service (QoS) for multimedia and voice over Internet protocol (VoIP) applications in a wireless network, for example, a wireless local area network (WLAN). A QoS agent may be provided for a WLAN client to provide traffic profiles, parameters, and/or configuration settings to describe how an application may be executed with a desired QoS. A QoS agent may provide implementation of certain parameters and/or configurations to establish a data path that will provide a QoS for a traffic flow generated by a QoS application.

Abstract: A client node selects an access point that can service its current and future bandwidth requirements. The client node locates one or more access points that are within range of the client node. The client node tests the located access points to determine which of them can handle its current bandwidth requirement. For the access points that can handle the current bandwidth requirement, the client node tests them to determine which can substantially handle its future bandwidth requirement. If one is found, the client node connects to that access point. Otherwise the client node connects to an access point that can at least handle its current bandwidth requirement.

Abstract: A method, system, and computer program product for organizing a set of nodes into a minimum number of connected clusters of bounded size in a wireless transmission system, wherein the method comprises using of bits in packets used in the initial stages of the device discovery procedure, to include information relating to a state of device discovery to achieve the separation of the nodes into those in the transmit-state and the receive-state; defining a Master-designate among the nodes through a statistical procedure and defining remaining nodes as a Slave-designate; defining a cluster including the Master-designate and at least one the Slave-designate, wherein the Slave-designate continuously scans for the inquiry message transmitted from the Master-designate and the Slave-designate transmits the inquiry response to the Master-designate.

Abstract: A computer system management module includes a common object module. The management module further includes an object resource manager, an edge resource manager coupled, and a transaction manager coupled to the common object module. The management module further includes an alarm manager coupled to the object resource manager.

Abstract: Media Access Control (MAC) Scheduling for Quality of Service (QoS) uses the bandwidth and delay requirements of a connection to calculate the polling interval, which is the maximum time that the scheduler can be away from the connection. The methodology involves deadline-based scheduling and adapts deadlines based on the number of packets actually arriving to take advantage of any excess bandwidth that is available.

Abstract: A method and apparatus for managing and updating distributed directory objects is disclosed. The object oriented directory has a schema which has a first and second class. The schema has a schema engine which contains the method for managing and updating the distributed directory objects utilizing semantic and structural comparisons. The schema engine utilizes and updates the first and second classes of the object oriented directory.