Abstract:
Embodiments described herein provide systems and methods for presenting contextual information in a co-browsing environment. In a particular embodiment, a method provides receiving an instruction in a co-browsing server to initiate a co-browsing session for a website with a first client and a second client. The method further provides determining contextual information related to a user of the first client and the website. The method further provides presenting the website at the first client and presenting the website at the second client, wherein an indication of the contextual information is overlaid on the website at the second client.
Abstract:
An agent selection system for selecting agents during call routing in a contact center is provided. The agent selection system includes a data mining module to mine agent related data from preconfigured resources e.g., social networking sites. The agent selection system further includes a profile module to build one or more agent profile based on the mined agent related data. The agent selection system further includes a mapping module configured to map a customer profile in a customer work request with the one or more agent profile. The agent selection system further includes a selection module to select an agent for handling the customer work request based on mapping between the customer profile and the one or more agent profile.
Abstract:
A service level controlling system for a contact center is provided. The service level controlling system includes a monitoring module for monitoring predetermined operation statistics, such as call traffic, in the contact center. The service level controlling system further includes a publishing module for publishing pre-configured solutions to each of agents in the contact center based upon at least one of the monitored predetermined operation statistics falling outside a predetermined range. The service level controlling system further includes a controlling module for automatically bringing the at least one of the monitored predetermined operation statistics within the predetermined range based upon execution of the pre-configured solutions selected by the agents.
Abstract:
The system and method store an address of a communication device (e.g., a telephone number). A system access code of a user and a user access code are also stored (e.g., in a profile). The user access code is associated with the system access code. The user access code is used to simplify access to a conference. A call request with the address is received from the communication device to join a conference. In response to receiving the call request to join the conference, a request for a conference access code is sent to the user. The conference access code is received from the user. In response to receiving the conference access code, the conference access code is compared with the user access code. In response to the conference access code and the user access code matching, the user is logged into the conference using the system access code.
Abstract:
Techniques disclosed herein include systems and methods for providing a scalable solution to transmit edge IP Multicast sender information in a Shortest Path Bridging (SPB) network. Control information is exchanged between Ingress Backbone Edge Bridges and Egress Backbone Edge Bridges Such control messages do not cause path computations at Backbone Core Bridges within the SPB network. Such exchanges of control messages trigger sending SPB specific Intermediate System To Intermediate System (IS-IS) TLV control message with path computation information via IS-IS control messages. This second set of control messages is exchanged within the SPB network and includes source-specific multicast stream information that is used by Backbone Core Bridges to establish a multicast forward state and compute multicast forwarding paths. By separating edge and routing information, IP multicasting functionality within the SPB is provided while enabling scaling and new edge multicasting applications.
Abstract:
An active EMI shield for protecting medical instruments from mobile RF emitters uses RFID tags and tag readers to facilitate identification of an RF emitter entering the EMI shield. Clinicians and mobile RF emitters are tagged with RFIDs that indicate their identity, and possibly RF power level. Medical instruments are either tagged with RFIDs that indicate their identity and susceptibility to EMI, or equipped with RFID readers/EMI sensors. The proximity of the RF emitter relative to the medical instrument in terms of power density can then be determined by either position-sensitive RFID readers or the EMI sensors affixed to the medical instruments. The shield is executed by signaling to the tagged RF emitter when it reaches a predetermined proximity relative to the medical instrument.
Abstract:
A data management system for indexing administrative data of a contact center is disclosed. The data management system includes one or more unified communication devices configured to store the administrative data. The data management system further includes a crawler configured to collect the administrative data from the one or more unified communication devices. The data management system further includes a probing device configured to enable the crawler to communicate and retrieve the administrative data from the one or more unified communication devices. The data management system further includes a temporary database configured to store the collected administrative data; wherein the temporary database stores the collected administrative data in a plurality of flat file tables. The data management system further includes an indexing server configured to index the stored administrative data; wherein the indexed administrative data is searchable through one or more user search queries.
Abstract:
A data management system for indexing reporting data of a contact center is disclosed. The data management system includes one or more reporting systems configured to store the reporting data. The data management system further includes a crawler configured to collect the reporting data from the one or more reporting systems. The data management system further includes one or more plug-in interfaces configured to enable the crawler to retrieve the reporting data from the one or more reporting systems. The data management system further includes an indexing server configured to index and store the collected contact center reporting data.
Abstract:
A data management system is provided for facilitating in-memory indexing of data based on certain data access modes. The data management system includes an indexing module for indexing data stored in a data memory as a first data index. The first data index is further provided with a first data access mode, wherein the first data access mode enables the first data index to update itself by providing data write privileges to the first data index. The data management system further includes a synchronizing module for synchronizing a second data index with the first data index, wherein the second data access mode is provided with second data access mode to enable external systems to query data. The data management system further includes an index handling module for interchanging data access modes of the first and the second data indexes based on pre-defined rules.
Abstract:
A distributed monitoring system comprises a plurality of agents configured for communication with at least one central server. A given one of the agents obtains measurement data, and applies a statistical test to the measurement data. Based on a result of the statistical test, the given agent determines whether or not an update needs to be sent by the agent to the central server. The agent sends the update to the central server if the determination indicates that the update should be sent.