Abstract: A system and method are described for providing interactive television services and for switching between television programs, such as to an interactive program session from another program. An interactive server, capable of providing requested interactive video services to a set of subscribers in a given geographic area, is coupled to a network to which subscriber set top boxes are also coupled. Television programming, which may be furnished by any number of sources, is accompanied by a signal that indicates the availability of other programming, such as interactive television service related to the program being viewed, as well as information to be used in requesting such service. The user, when notified by this signal, may input to the set top box a request for a second program, such as an interactive program or application. The identity of the original program channel is stored, and a session with the video service provider is established over the network.

Abstract: Systems, methods, devices, and network architectures are disclosed for creating and implementing secure wireless, wired, and/or optical stealth-enabled networks using specially modified packets, cells, frames, and/or other “stealth” information structures. This enables stealth packets to have a low probability of detection, a low probability of interception, and a low probability of interpretation. Stealth packets are only detected, intercepted, and correctly interpreted by stealth-enabled network equipment. In its simplest form, stealth packet switching modifies the packet structure, protocols, timing, synchronization, and other elements through various rule-violations. This creates stealth packets, which normal equipment cannot receive correctly, and hence normal equipment discards the stealth packets. Stealth packets may be further enhanced with encryption techniques which focus on encrypting the packet structure itself, as opposed to merely encrypting the data.

Abstract: Systems, methods, devices, processes, procedures, algorithms, networks, and network elements are described for time-scheduled and/or time-reserved dat networks. Invention provides capabilities for synchronizing data networks and/or data network links; for establishing time-schedules, time-reservations, time-schedule reservations, and/or reservation time-slots for packets, cells, frames, and/or datagrams; and for transferring, transmitting, switching, routing, and/or receiving time-sensitive, high-reliability, urgent, and/or other time-scheduled, time-reserved, time-allocated, and/or time-scheduled-reservation packets, cells, frames, and/or datagrams, such as real-time and high-priority messages over these networks.

Abstract: A method and apparatus for allowing a communication from a calling party (120) to a called party (130) to be monitored by a monitoring party (140) and/or recorded (180, 190). Upon receipt of a communication, the service node (180) of the system reads identification information associated with the communication and establishes a bridge for the communication between the calling party (120) and the called party (130), and establishes a bridge from the communication to a monitoring party (140) and/or to a recorder ( 180, 190) in accordance with the identification information. In response to receiving an indication from the monitoring party (140) to tear down the bridge, the system tears down the bridge. However, the communication remains connected between the calling (120) and called (130) parties. Neither the calling party (120) nor the called party (130) are aware of the monitoring or of the recording of the communication or of the discontinuation of the monitoring.

Abstract: A communications monitoring and control system including methods and apparatus for processing a communication directed to a called party. Upon receipt of a communication, the system determines the location of the called party from a changeable list including locations selectively provided by the called party. The communication may be accepted, rejected or monitored by the called party at the locations provided. If rejected, the communication is routed to a message service. If monitored, the communication is routed to a message service, and a one-way connection from the communication to the called party is established. The calling party is unaware of the connection. The called party may discontinue monitoring or connect to the communication at any time during the communication.

Abstract: An improved tree baling apparatus. A tree gripping mechanism is attached to a motor driven pulley chain. A horizontal beam of the mechanism has an elongated vertical actuator pivotably attached at an intermediate point on horizontal beam. The beam supports a pair of jaws to penetrated and drag the tree trunk. The jaws are clamped shut by an abutment pressing a first contact on the lower region of the actuator and by a linkage coupled to the horizontal beam and vertical actuator. A second contact on the upper region of the vertical actuator presses another travel limiting abutment to urge the jaws to release the tree by use of the same linkage. A funnel allows the traveling elements to drag a tree through the funnel whereupon the tree branches are compressed together ready for baling.