Abstract: Methods of analyzing three dimensional data sets obtained from a sample over time are provided. A first three dimensional data set is obtained from the sample at a first time. A first volume intensity projection (VIP) image is created from the first three dimensional data set. One or more first landmarks are identified and registered in the first VIP image. A second three dimensional data set is obtained from the sample at a second time, different from the first time. A second VIP image is created from the second three dimensional data set. The one ore more first landmarks are identified and registered in the second VIP image. The first and second VIP images are aligned based on the registered one or more first landmarks in the first and second VIP images. Related systems and computer program products are also provided.

Abstract: Some embodiments of the present invention provide optical coherence tomography systems including an OCT engine and a processor. The OCT engine is configured to provide both standard OCT imaging and spectral domain phase microscopy (SDPM) imaging. The processor is coupled to the OCT engine and is configured to use a first signal processing method when the OCT engine is configured to provide standard OCT imaging and a second signal processing method when the OCT engine is configured to provide SDPM imaging. Related methods and computer program products are also provided.

Abstract: Methods, systems and computer program products for generating parameters for software dispersion compensation in optical coherence tomography (OCT) systems are provided. Raw spectral interferogram data is acquired for a given lateral position on a sample and a given reference reflection. A trial spectral phase corresponding to each wavenumber sample of the acquired spectral interferogram data is postulated. The acquired raw spectral data and the postulated trial spectral phase data are assembled into trial complex spectrum data. Trial A-scan data is computed by performing an inverse Fourier transform on the trial complex spectrum data and determining the magnitude of a result.

Abstract: A portable device is disclosed for use with an audio or video content provider to establish hands-free control of the available functions of the content provider. The device may include a microphone interface to receive an electric signal from an integral or an externally plugged in microphone which, through use of a processor, may permit digitization of the signals, and comparison to a template of digital signals representing known voice commands that may be transmitted to the content provider. Non-volatile memory utilized in conjunction with the processor enables extended customization capabilities which are retained for later use, even after the device has been powered off. Operation of the device may alternatively occur according to default factory settings, or user programmed custom settings. Customizable features may include user trained voice commands, volume settings, sound effects, voice recognition thresholds, tone settings, and album lists.

Abstract: Methods, systems and computer program products for generating parameters for software dispersion compensation in optical coherence tomography (OCT) systems are provided. Raw spectral interferogram data is acquired for a given lateral position on a sample and a given reference reflection. A trial spectral phase corresponding to each wavenumber sample of the acquired spectral interferogram data is postulated. The acquired raw spectral data and the postulated trial spectral phase data are assembled into trial complex spectrum data. Trial A-scan data is computed by performing an inverse Fourier transform on the trial complex spectrum data and determining the magnitude of a result.

Abstract: A voice-activated, or voice-operated, remote control is adapted to reduce or eliminate the sound output of one or more entertainment appliances in order quiet the environment and thereby improve the effectiveness and accuracy its voice recognition functions. In one aspect of the present invention, the remote control sends a mute command to an appliance under control and listens for a voice command during an ensuing predetermined time period. In a further aspect of the present invention, the remote control determines which one of a plurality of unmute sequences is to be transmitted.

Abstract: Frequency domain optical coherence imaging systems have an optical source, an optical detector and an optical transmission path between the optical source and the optical detector. The optical transmission path between the optical source and the optical detector reduces an effective linewidth of the imaging system. The optical source may be a broadband source and the optical transmission path may include a periodic optical filter.

Abstract: A system and method is provided for indicating a masking event using transmission wiring delegated for indicating intrusion and tampering events. The method of indicating a masking event utilizes measurable changes in resistance to indicate the current masking state of a detector. When a detector is not masked, a first resistance value is measurable on the transmission wiring, while when a detector is masked, a second resistance value is measurable on the transmission wiring. The transmission wiring connects the detector to a control unit that executes a security-related response based on the value of the measured resistance.

Abstract: Frequency domain optical coherence imaging systems have an optical source, an optical detector and an optical transmission path between the optical source and the optical detector. The optical transmission path between the optical source and the optical detector reduces an effective linewidth of the imaging system. The optical source may be a broadband source and the optical transmission path may include a periodic optical filter.

Abstract: Some embodiments of the present invention provide optical coherence tomography systems including an OCT engine and a processor. The OCT engine is configured to provide both standard OCT imaging and spectral domain phase microscopy (SDPM) imaging. The processor is coupled to the OCT engine and is configured to use a first signal processing method when the OCT engine is configured to provide standard OCT imaging and a second signal processing method when the OCT engine is configured to provide SDPM imaging. Related methods and computer program products are also provided.

Abstract: Procedures, techniques, and systems for in vivo monitoring, diagnosis, and treatment of tissue during the same or concomitant medical procedure. In disclosed embodiments, during a same or concomitant procedure or examination, tissue can be scanned on a localized level using a real-time optical biopsy system. The real-time optical biopsy system may involve angle-resolved and/or Fourier domain low coherence interferometry (LCI). Because the scanning can be performed in real-time, diagnosis can also be performed in real-time and during the same or concomitant medical procedure. As a result, therapy, if needed, can also be administered to the tissue during the same or concomitant medical procedure. Monitoring of the tissue after therapy can be performed during the same or subsequent procedure.

Abstract: Some embodiments of the present invention provide optical coherence tomography systems including an OCT engine and a processor. The OCT engine is configured to provide both standard OCT imaging and spectral domain phase microscopy (SDPM) imaging. The processor is coupled to the OCT engine and is configured to use a first signal processing method when the OCT engine is configured to provide standard OCT imaging and a second signal processing method when the OCT engine is configured to provide SDPM imaging. Related methods and computer program products are also provided.

Abstract: Optical imaging systems are provided including a light source and a depolarizer. The light source is provided in a source arm of the optical imaging system. A depolarizer is coupled to the light source in the source arm of the optical imaging system and is configured to substantially depolarize the light from the light source. Related methods and controllers are also provided.

Abstract: Embodiments described herein involve low-coherence interferometry (LCI) techniques which enable acquisition of structural and depth information regarding a sample of interest. In one embodiment, a “swept-source” (SS) light source is used in LCI to obtain structural and depth information about a sample. The swept-source light source can be used to generate a reference signal and a signal directed towards a sample. Light scattered from the sample is returned as a result and mixed with the reference signal to achieve interference and thus provide structural information regarding the sample. Depth information about the sample can be obtained using Fourier domain concepts as well as time domain techniques. Several LCI embodiments employing a swept-source light source are disclosed herein. In another embodiment disclosed herein, an a/LCI system and method is provided that is based on a time domain system and employs a broadband light source.

Abstract: A lead marketplace system and method are provided. The lead marketplace system and method provides an auction for leads.

Abstract: A method and system for wireless intrusion detection, prevention and security management. The method and system provides autonomous wireless intrusion detection and prevention, with minimal or no operator intervention. The method and system integrates a physical layer (e.g., OSI layer 1) a smart wireless radio frequency (RF) antenna subsystem with a data-link layer (e.g., OSI layer 2) wireless security system management platform.

Abstract: In this compactor service and monitoring system, compactor fullness and other critical parameters are monitored by an on-site processor. Compactor fullness is monitored using a pressure sensor capable of measuring hydraulic fluid system pressure for a compactor ram during a compactor compaction cycle. The processor generates a message indicating the compactor is full when the pressure is at least equal to a preset pressure for a preset time during a compaction cycle. Messages are sent via a wireless transmitter to a receiver that converts these messages into internet messages and directs them to a computer server database system. This system creates a work order in response to the message and sends the work order to a service provider via email. The email contains a link back to the database system web-site for tracking services provided by the recipient.

Abstract: Devices, such as node and network elements for use in communications systems, which include a plurality of ports, each having an input and an output, a plurality of splitters corresponding to the port inputs, a plurality of combiners corresponding to the port outputs, a plurality of signal paths between the splitters and the combiners, wherein each of the signal paths includes a signal varying device, and a plurality of protection devices connected between the splitters and the combiners, wherein each of the plurality of protection devices includes a signal varying device and provides a protection path corresponding to a plurality of the signal paths, and wherein at least one splitter has at least one unused output after the signal paths and the protection paths are connected, and wherein at least one combiner has at least one unused input after the signal paths and the protection paths are connected.

Abstract: Methods and apparatus to facilitate communication between a user and one or more devices which are remote from the user, reduce the number of required button presses and further reduce keystroke errors, by including the functionality to associate a user selected default device with a particular set of buttons. A universal remote control unit suitable for use with various audio/visual entertainment devices may embody various aspects of the present invention.

Abstract: A footwear cushioning system including an insole platform and an insert that cooperate with one another. The insole platform includes a recess defined in the heel and/or forefoot area. The insert includes a footbed and heel and/or forefoot cushion extending from the footbed. The cushions interfit with the respective heel and/or forefoot recess of the insole platform. In a preferred embodiment, the insole platform includes a shank secured thereto, surrounding the heel recess. The insole platform is preferably shaped to define both heel and forefoot recesses and the insert includes cushions that interfit with both recesses. A midsole is secured to the insole platform and an outsole is further secured to the midsole. To assemble the cushion system, the insole platform is secured to the upper. The midsole is then secured to the insole platform. The outsole is adhered to the under surface of the midsole.