Abstract: A method comprises receiving first video data at a source end, the first video data including video data relating to an event of interest captured using a video camera disposed at the source end. The first video data is retrievably stored in a memory storage device. Video analytics is performed on the first video data to identify a first portion of the first video data that is representative of the event of interest. Subsequently, portions of the first video data other than the first portion are deleted from the memory storage device.

Abstract: A method for providing video data for video analytics processing includes capturing a plurality of individual frames of video data, using a video source that is disposed at an acquisition end. A plurality of data-frame-groups is formed, each data-frame-group being associated with a different time period of a plurality of consecutive and non-overlapping time periods. A data-frame-group that is associated with a specific time period comprises individual frames of video data that are captured during that specific time period. Additionally, each data-frame-group comprises relatively fewer individual frames of video data than are captured during the specific time period associated therewith. The plurality of data-frame-groups is transmitted from the acquisition end to a remotely located server via an IP network. In particular, the transmission of successive data-frame-groups is separated one from the other by an interval of time.

Abstract: A method of communicating between a first user and a second user comprises using a first system to transmit, from the first user, a first signal for delivery to the second user. In particular, the first signal is transmitted via a first communication application. At least one of video, audio, and image analytics of electronically sensed data is performed to determine a presence of the second user at a third system. When the second user is determined to be present at the third system, the second user is provided with a first indication indicative of the first signal, the first indication being provided via a pervasive communication application in execution on the third system and other than the first communication application.

Abstract: A method comprise associating a first user system with a first user and associating a second user system with a second user. The first user system is in communication with the second user system via a communication network, and the second user system comprising an electronic sensor having a known sensing area. A request transmitted from the first user system via the communication network is received at the second user system. The request is for initiating a communication session between the first user and the second user. When the second user other than provides a response to the request within a predetermined period of time, data is sensed within the known sensing area using the electronic sensor of the second user system. The sensed data is analyzed. When a result of the analyzing is indicative of the second user being available, a notification signal is transmitted from the second user system to the first user system, via the communication network.

Abstract: A method of locating a first user comprises receiving at a server, via a communication network, video data from a sensor at a predetermined location that is remote from the server. Using a process in execution on a processor of the server, at least one of video analytics, image analytics and audio analytics is performed for determining a presence of the first user at the predetermined location. When a result of the video analytics is indicative of the first user being present at the predetermined location, an indication that the first user is at the predetermined location is retrievably stored within a memory element of the server.

Abstract: A method is provided in which a tag is affixed to a known individual that is to be identified within a known field of view of an image capture system. The tag is a physical tag comprising at least a known feature. Subsequent to affixing the tag to the known individual, image data is captured within the known field of view of the image capture system, which is then provided to a processor. Image analysis is performed on the captured image data to detect the at least a known feature. In dependence upon detecting the at least a known feature, an occurrence of the known individual within the captured image data is identified.

Abstract: A method for narrating a digital book includes retrievably storing first data relating to narration of the digital book by a first end-user. The first data is then provided to a user device having stored thereon the digital book. Subsequently, the digital book is presented in narrated form to a second end-user via the user device. In particular, the digital book is displayed via a display portion of the user device while simultaneously providing in audible form the first data via an audio output portion of the user device.

Abstract: A method is provided in which a tag is affixed to a known individual that is to be identified within a known field of view of an image capture system. The tag is a physical tag comprising at least a known feature. Subsequent to affixing the tag to the known individual, image data is captured within the known field of view of the image capture system, which is then provided to a processor. Image analysis is performed on the captured image data to detect the at least a known feature. In dependence upon detecting the at least a known feature, an occurrence of the known individual within the captured image data is identified.

Abstract: A method comprises storing within a storage device template image data for a known individual and storing in association with the template image data an image-forwarding rule. Image data within the known field of view of the image capture system is captured and is provided to a processor, the processor in communication with the storage device. Using the processor, image analysis is performed on the captured image data to identify the known individual, based on the stored template data for the known individual. In dependence upon identifying the known individual within the captured image data, the captured image data is processed in accordance with the image-forwarding rule.

Abstract: A method comprises defining a predetermined trigger event and, using a sensor, sensing at least one of audio, image and video data within a predetermined sensing area of the sensor. A process in execution on a processor of a first system is used to perform at least one of audio, image and video analytics of the at least one of audio, image and video data, to detect an occurrence of the predetermined trigger event within the predetermined sensing area. When a result of the at least one of audio, image and video analytics is indicative of an occurrence of the predetermined trigger event, a communication session for communicating with an individual within the predetermined sensing area is initiated automatically.

Abstract: A system and method are provided for streaming resource replication, registration and delivery. A nonlocal streaming resource is replicated in a local network as a local multicast resource. The local multicast source is registered on a resource management server with an entry which identifies the nonlocal resource and contains information for use in locally accessing the local multicast resource. When a local client of the local network requests access to the local multicast resource, the resource management server determines that the local client and the local multicast source are local to each other and provides a response for enabling direct local access by the local client to the local multicast resource.

Abstract: A method of communicating between a first user and a second user comprises using a first system to transmit, from the first user, a first signal for delivery to the second user. In particular, the first signal is transmitted via a first communication application. At least one of video, audio, and image analytics of electronically sensed data is performed to determine a presence of the second user at a third system. When the second user is determined to be present at the third system, the second user is provided with a first indication indicative of the first signal, the first indication being provided via a pervasive communication application in execution on the third system and other than the first communication application.

Abstract: A method comprises using a cellular telephone associated with a first party to transmit, during a first period of time, voice data from the first party to a second party via a cellular wireless telephone network. During the first period of time, a first video camera other than an integrated video camera of the cellular telephone is used to capture video data relating to the first party. The captured video data is transmitted to the second party via a communication network other than the cellular wireless telephone network. Audio content that is based on the voice data and video content that is based on the video data is provided to the second party, the audio content being synchronized with the video content.

Abstract: A method of locating a first user comprises receiving at a server, via a communication network, video data from a sensor at a predetermined location that is remote from the server. Using a process in execution on a processor of the server, at least one of video analytics, image analytics and audio analytics is performed for determining a presence of the first user at the predetermined location. When a result of the video analytics is indicative of the first user being present at the predetermined location, an indication that the first user is at the predetermined location is retrievably stored within a memory element of the server.

Abstract: A method comprise associating a first user system with a first user and associating a second user system with a second user. The first user system is in communication with the second user system via a communication network, and the second user system comprising an electronic sensor having a known sensing area. A request transmitted from the first user system via the communication network is received at the second user system. The request is for initiating a communication session between the first user and the second user. When the second user other than provides a response to the request within a predetermined period of time, data is sensed within the known sensing area using the electronic sensor of the second user system. The sensed data is analyzed. When a result of the analyzing is indicative of the second user being available, a notification signal is transmitted from the second user system to the first user system, via the communication network.

Abstract: A system and method are provided for resource registration and delivery. A local resource is registered on a nonlocal server with an entry which identifies the local resource and contains information for use in locally accessing the local resource. When a local client of a local network local to the local resource requests access to the local resource, the nonlocal server determines that the local client and the local resource are local to each other and provides a response for enabling direct local access by the local client to the local resource.

Abstract: A method for providing video data for video analytics processing includes capturing a plurality of individual frames of video data, using a video source that is disposed at an acquisition end. A plurality of data-frame-groups is formed, each data-frame-group being associated with a different time period of a plurality of consecutive and non-overlapping time periods. A data-frame-group that is associated with a specific time period comprises individual frames of video data that are captured during that specific time period. Additionally, each data-frame-group comprises relatively fewer individual frames of video data than are captured during the specific time period associated therewith. The plurality of data-frame-groups is transmitted from the acquisition end to a remotely located server via an IP network. In particular, the transmission of successive data-frame-groups is separated one from the other by an interval of time.

Abstract: The present invention is directed to a somatostatin antagonist according to formula (I): A1-cyclo {D-Cys-A2-D-Trp-A3-A4-Cys}-A5Y1, wherein A1 is an optionally substituted aromatic a-amino acid; A2 is an optionally substituted aromatic ?-amino acid; A3 is Dab, Dap, Lys or Om; A4 is ?-Hydroxyvaline, Ser, Hser, or Thr; A5 is an optionally substituted D- or L-aromatic amino acid; and Y1 is OH, NH2 or NHR1? where RI is (C1-6)alkyl; wherein each said optionally substituted aromatic amino acid is optionally substituted with one or more substituents each independently selected from the group consisting of halogen, NO2, OH, CN, (C1-6) alkyl, (C2-6) alkenyl, (C2-6) alkynyl, (C1-6)alkoxy, Bzl, O-Bzl, and NR9R10? wherein R9 ad R10 each is independently H, O, or (C1-6) alkyl; and wherein the amine nitrogen of each of amide peptide bond and the amino group of A1 of formula (I) is optionally substituted with a methyl group, provided that there is at least one said methyl group; or a pharmaceutically acceptable salt thereof,

Abstract: The present invention is directed to a somatostatin antagonist according to formula (I), wherein A1 is an optionally substituted aromatic ?-amino acid; A2 is an optionally substituted aromatic ?-amino acid; A3 is Dab, Dap, Lys or Orn; A4 is ?-Hydroxyvaline, Ser, Hser, or Thr; A5 is an optionally substituted D- or L-aromatic -amino acid; and Y1 is OH, NH2 or NHR1, or NHR1, where R1 is (C1-6)alkyl; wherein each said optionally substituted aromatic -amino acid is optionally substituted with one or more substituents substituents each independently selected from the group consisting of halogen, NO2, OH, CN, (C1-6)alkyl, (c2-6)alkenyl, (c2-6)alkynyl, (C1-6)alkoxy, Bzl, O-Bzl, and NR9R10, where R9 ad R10 each is independently H, O, or (C1-6)alkyl; and wherein the amine nitrogen of each of amide peptide bond and the amino group of A1 of formula (I) is optionally substituted with a methyl group, provided that there is at least one said methyl group; or a pharmaceutically acceptable salt thereof, and to uses thereof.

Abstract: Disclosed are peptide agents and uses thereof that are analogs of biologically active peptides such as somatostatin and bombesin. The compounds of the invention have the general formula X-Y-Z-Q, where X is a cytotoxic agent, therapeutic agent, detectable label or chelating group, and Q is a biologically active peptide. In peptide agents of the invention Y is optionally a hydrophilic polymer or peptide, and Z is a linking peptide bonded to Q at the amino terminus of Q, having two, three, four, or five, amino acid residues selected to link X to Q, while retaining the biological activity of Q. Methods of using these peptide agents in the diagnosis and treatment of diseases are also disclosed.