Abstract: A method of remotely programming a cochlear implant comprises, at a remote patient location attendable by a patient, operatively coupling the cochlear implant to a remote programming computer configured to generate a signal to program the cochlear implant. The patient is provided with a remote video conferencing system configured to receive video and audio of a local operator remotely programming the cochlear implant to enable the patient to both hear and see a face of the local operator during programming to enable the patient to read lips of the local operator to supplement hearing of the patient in communicating with the local operator. At a local programming location, the local operator accesses a local programming computer that is communicationally coupled to the remote programming computer by which the local operator at the local programming location can interactively control the remote programming computer to program the cochlear implant.

Abstract: A shock-attenuated sports racquet is provided which includes a shock damping sleeve comprising a transversely extending, resilient, and continuous loop member stretched between main strings on a stringed face of the racquet. The disclosure further includes a method of combating shock-related fatigue and/or injury in performance of a racquet sport, involving playing of the racquet sport with the shock-attenuated sports racquet, as well as a method of enhancing damping of shock transmission incident to striking of a ball with a stringed face of a sports racquet, by disposing such a loop member on strings of the stringed face of the sports racquet during stringing or restringing thereof.

Abstract: A method of remotely programming a cochlear implant comprises, at a remote patient location attendable by a patient, operatively coupling the cochlear implant to a remote programming computer configured to generate a signal to program the cochlear implant. The patient is provided with a remote video conferencing system configured to receive video and audio of a local operator remotely programming the cochlear implant to enable the patient to both hear and see a face of the local operator during programming to enable the patient to read lips of the local operator to supplement hearing of the patient in communicating with the local operator. At a local programming location, the local operator accesses a local programming computer that is communicationally coupled to the remote programming computer by which the local operator at the local programming location can interactively control the remote programming computer to program the cochlear implant.

Abstract: A system for remotely programming a programmable medical apparatus, comprising a digital interactive communications network including an encrypted VPN tunnel interconnecting respective computers and video conferencing devices at a programming site and a remote programmed site, with VNC linkage of the interconnected computers, wherein the computers are arranged for programming the programmable apparatus from the programming site, with at least 1 megabit/second connection in both directions of interconnection, whereby audio and video signals are synchronized for the programming the programmable apparatus