Abstract: A system of implantable sensor/stimulation devices that is configured to communicate with a prosthetic device, e.g., an artificial limb, via a wireless communication link, preferably bidirectionally. By communicating between the implantable devices coupled to neural pathways within a man and motor/sensor interfaces in the prosthetic device, a machine, a man/machine interface is established to replace an absent limb. Systems of the present invention may extend to prosthetic devices, e.g., cranes or the like, that further extend the man/machine interface to allow a man to control a “large” remote piece of machinery directly via neural control.

Abstract: A system for enhancing hearing comprised of both a middle ear implant and a cochlear implant. The system directs signals relating to lower frequency sound to the middle ear implant and signals relating to higher frequency sound to the cochlear implant. The middle ear implant comprises an electrically driven actuator, e.g., a speaker, for vibrating the middle ear ossicles via air conducted sound energy or a mechanical transducer for physically contacting and mechanically vibrating the ossicles. The cochlear implant includes electrodes preferably implanted at a shallow level at the basal end of the cochlea.

Abstract: An inductive reader device (104) communicates with a transponder (102) using electromagnetic coupling. The reader device includes a transmitter (112), a receiver (114), a first coil element (116), and a second coil element (118). The first coil element is directly connected to the transmitter to emit a radio frequency excitation signal. The first coil element receives a radio frequency response signal from the transponder via electromagnetic coupling. The second coil element is directly connected to the receiver to provide a response signal to the receiver. The second coil element is loosely or inductively coupled to the first coil element via a predetermined mutual inductance due to the spatial relationship between the first coil element and the second coil element. Hence, the second coil element receives the radio frequency response signal from the first coil element. Advantageously, a signal coupler required for the receiver is integrated with an antenna element by virtue of the second coil element.

Abstract: Apparatus in form of a microelectronic assembly including an integrated circuit (IC) for execution of an embedded modular exponentiation program utilizing a square-and-multiply algorithm, wherein in the modular exponentiation program a secret exponent having a plurality of bits characterizes a private key, a method of providing a digital signature to prevent the detection of the secret exponent when monitoring power variations during the IC execution, the method comprising the steps of for a first operation in the modular exponentiation, selecting at least one predetermined bit, wherein the at least one predetermined bit is a bit other than a least significant bit (LSB) and the most significant bit (MSB); using the square-and-multiply algorithm, sequentially selecting bits to the left of the at least one predetermined bit for exponentiation until the MSB is selected; subsequent to selecting the MSB, sequentially selecting bits to the right of the at least one predetermined bit for exponentiation until the LSB

Abstract: An apparatus and method for preventing information leakage attacks on a microelectronic assembly is described for performing a cryptographic algorithm by transforming a first function, used by the cryptographic algorithm, into a second function. The method includes receiving (1102) a masked input data having n number of bits that is masked with an input mask, wherein n is a first predetermined integer. The method also includes processing (1104) the masked input data using a second function based on a predetermined masking scheme, and producing (1106) a masked output data having m number of bits that is masked with an output mask, wherein m is a second predetermined integer.

Abstract: The present invention provides a method (400), error control system (200), phone (209) and error control apparatus (208) including a hexacode-based Golay decoder (210) adapted to receive values defining Golay encoded data signals and to generate a estimate of original input data signals (216) and a plurality of metrics associated with Golay encoded data signals, and an error detection circuit (212) coupled to the hexacode-based Golay decoder (210) for comparing the plurality of metrics and providing an error detection flag (214).

Abstract: The present invention provides a method (600), phone (209), and communication system (202) including a systematic encoder (204) adapted to receive input data signals having a first plurality of data bits and generate encoded data signals having the first plurality of data bits and a first plurality of parity bits, a receiver (206) adapted to receive the encoded data signals and to generate values defining the encoded data signals, a decoder (208) coupled to the receiver (206) and adapted to generate a second plurality of data bits in response to the values defining the encoded data signals, and a post-decoder circuit (210) coupled to the decoder (208) adapted to receive the second plurality of data bits and for transforming the second plurality of data bits into an estimate of the first plurality of data bits.

Abstract: Apparatus, computer program, and method for producing filter coefficients for an equalizer, the method includes the steps of: estimating a response (810) of a communication channel to a signaling pulse; estimating an autocorrelation (820) of noise and interference of the communication channel; computing an array (830) based on the estimation of the response of the communication channel to the signaling pulse and the estimation of the autocorrelation of the noise and interference of the communication channel; designating (840) at least one pivot position in the array; recursively performing the steps of: transforming the array (850) by a sequence of operations; storing (860) at least one element of the at least one pivot position; shifting (870) the at least one element of the at least one pivot position, thereby providing a shifted transformed array; determining (890) whether the shifted transformed array contains at least one non-zero element; and calculating (880) the filter coefficients based on the stored

Abstract: A method (2000), device (2200) and article of manufacture (2300) provide, in response to lexical pronunciation information, efficient generation of postlexical pronunciation information. A method is presented for providing, in response to a lexical pronunciation, efficient generation of a postlexical pronunciation, including the steps of: determining lexical phones, lexical features, and boundary information for a predetermined portion of text; and utilizing a pretrained neural network that was pretrained using lexical phones, postlexical phones, lexical features, and boundary information to generate a neural network hypothesis for a postlexical pronunciation of the predetermined portion of text.

Abstract: The present invention provides a method, device and optical package (10,22) for enhancing a temperature stability by controlling a variable characteristic of an optical package and optical interconnect system.

Abstract: A method, pager, cellular telephone, and apparatus (24) that includes a central processing unit (10) for providing at least one addressing signal, a change of flow signal, and a memory request signal; and at least one memory unit (12) having a memory cell array (14). When the memory request signal is asserted, the at least one memory unit (12) sequentially selects a plurality of memory cells in the memory cell array (14) for accessing information therein, and when the change of flow signal is asserted, the sequential selection of the plurality of memory cells by the at least one memory unit (12) is inhibited and a predetermined memory cell is selected, determined by the at least one addressing signal, for accessing information in the predetermined memory cell.

Abstract: The present invention provides a method, article of manufacture, and optical package (24) for eliminating tilt angle (40) between an optical emitter (26) mounted on a carrier (28). The method, article of manufacture, and optical package (24) include a carrier (28) having a top surface (42) with a cavity (46) formed therein, an adhesive material (38) inserted into the cavity (46), and an optical emitter (26) placed on the top surface (42) of the carrier (28) and at least partially covering the cavity (46), thereby providing at least one egress point for overflowing said adhesive material therefrom.

Abstract: The present invention provides a method and multi-channel optical interconnect device (28) including an optical substrate (29) including a first optical channel (30) having a first predetermined thickness, a second optical channel (32) having a second predetermined thickness, and an optically isolating intermediate section (34) connected to the first optical channel (30) and to the second optical channel (32), the optically isolating intermediate section (34) having a third predetermined thickness, wherein the third predetermined thickness is less than either of the first predetermined thickness and the second predetermined thickness for minimizing optical cross-talk between the first optical channel (30) and the second optical channel (32).

Abstract: The present invention provides a method (600) and device (200,500) for providing temperature-stable optical feedback for optical packages. The device includes an optical emitter (202,502), a first partially reflective optical element (204, 504), a second partially reflective optical element (206,506), a first optical sensing unit (208,508), a second optical sensing unit (210,510), and a feedback unit (212). The optical emitter (202,502) is responsive to an electrical input current and generates a beam of light (214). The first optical sensing unit (208,508) and the second optical sensing unit (210,510) receive diffracted portions of the beam of light (214) from the first partially reflective optical element (204, 504) and the second partially reflective optical element (206,506) respectively and generate a first feedback signal E1 and a second feedback signal E2.

Abstract: A method and system for encoding a book for reading by an electronic book having an internal machine-readable dictionary includes receiving data representative of text and graphical information of the book. First machine-readable data representative of a plurality of words are encoded to provide a customized dictionary which augments the internal machine-readable dictionary. Second machine-readable data representative of the text are encoded. The second machine-readable data includes a plurality of pointers which point to a corresponding plurality of words in the machine-readable dictionary and the customized dictionary. Third machine-readable data representative of the graphical information are encoded. An access authorization level is provided for reading at least one of the first machine-readable data, the second machine-readable data, and the third machine-readable data.

Abstract: A system (200) and method (300) provide an efficient communication system for distributing digital multimedia/HDTV signals to multimedia units in a cellular pattern. The method includes: 1) using at least a first primary wide area-antenna for, where selected, transmitting a digital multimedia/HDTV signal per frequency allocation over at least a portion of a predetermined reception area, wherein a plurality of patterns of cells tesselates the predetermined reception area; and 2) using cell-site antennas having transmitters, each located in a cell, for, where selected, transmitting, when the primary wide area-antenna is deselected, at least a first preselected digital multimedia/HDTV signal over an area of the cell, for providing the HDTV signal to a plurality of digital receivers in accordance with a predetermined scheme, wherein the digital multimedia/HDTV signal is associated with a predetermined frequency allocation.

Abstract: An apparatus (700) for inhibiting operation of an electronic device (702) during take-off and landing of an aircraft (802) has a sensor (704) that measures a lateral acceleration. A control circuit (706) is coupled to the sensor (704) and has an output (708) coupled to the electronic device (702).

Abstract: A method of capturing and storing a quote in an electronic book includes reading machine-readable data from a removable machine-readable storage medium installed in the-electronic book, and displaying text of a book represented by the machine-readable data. A user-initiated event is received in which a portion of the text is selected. Quote data representative of the portion of the text is stored in an internal machine-readable storage medium within the electronic book. Source data representative of at least one of an author of the book and a title of the book is also stored in the internal machine-readable storage medium. The quote data and the source data are maintained in the internal machine-readable storage medium when the removable machine-readable storage medium is removed from the electronic book.

Abstract: A method of substituting names in an electronic book (100) involves selecting an original name to be replaced. In one version the original name is selected by the user highlighting the original name. A substitute name is then determined and the electronic book (100) is updated with the substitute name. In one embodiment, the user types in the substitute name.