Abstract: A system, method, and apparatus for serializer/deserializer (SERDES) communication. In one embodiment, power consumption is reduced by tuning links individually for best speed and/or bit error rate (BER) through use of one or more of i) low-level link management; ii) avoiding multiplexing of channels where it impacts performance, and iii) enabling peer-to-peer (p2p) communications in ostensibly master/servant scenarios. Fine tuning of link behavior is achieved with one or more techniques including i) analog-artificial intelligence (AI) methods, rather than traditional adaptive/digital signal processing (DSP) filtering; ii) efficient power level setting; and iii) feed-forward control.

Abstract: A system, method, and apparatus for analog/mixed-signal defect simulation and analysis methodology. Block-level behavioral models simulated at transistor level, using automated or manual techniques, are binned for all the possible defects that have similar results. A likelihood of a given block-level behavioral model is determined from the likelihood of the defects it represents. Deliberate binning in another embodiment is based on one or more functions of the given block being simulated, e.g., by amplifier gain for an analog amplifier, or by speed/power for a digital part. One or more bins are ‘defect-free behavior’ that cover nominal and corner behavior (power & timing), from manufacturing variability, which may be labeled as “failed” or “degraded” depending on specific performances. For standard parts, test-benches provide the binning from the block-level behavioral models as a result.

Abstract: A system, method, and apparatus for serializer/deserializer (SERDES) communication. In one embodiment, power consumption is reduced by tuning links individually for best speed and/or bit error rate (BER) through use of one or more of i) low-level link management; ii) avoiding multiplexing of channels where it impacts performance, and iii) enabling peer-to-peer (p2p) communications in ostensibly master/servant scenarios. Fine tuning of link behavior is achieved with one or more techniques including i) analog-artificial intelligence (AI) methods, rather than traditional adaptive/digital signal processing (DSP) filtering; ii) efficient power level setting; and iii) feed-forward control.

Abstract: This disclosure describes methods, non-transitory computer readable storage media, and systems that generate digital content for users to access in a social networking platform and detect user interactions with such digital content as part of user-interaction evaluations to determine the users' digital media literacy. For instance, the disclosed systems receive a request to initiate a user-interaction evaluation in a social networking platform. In response to the request, the disclosed systems generate digital content (e.g., social networking posts from a digital media bot) as part of the user-interaction evaluation for users to access in the social networking platform. The disclosed systems further detect interactions by user accounts with the digital content within the social networking platform and then generate digital-media-proficiency metrics for the users based on the interactions.

Abstract: This disclosure describes methods, non-transitory computer readable storage media, and systems that generate and present tools on an administrator user interface that can initiate a user-interaction evaluation of users' digital media proficiency and can show a snapshot of user interactions with digital content from the evaluation. For instance, the disclosed systems provide, within a graphical user interface, an option to initiate a user-interaction evaluation. Based on a selection of the option, the disclosed systems generate digital content within the social networking platform as part of the evaluation. The disclosed systems subsequently display information for the evaluation and tracking information for user interactions within the graphical user interface. In one or more portions of the graphical user interface, the disclosed systems display an evaluation dashboard including user-interaction evaluation information.

Abstract: This disclosure describes methods, non-transitory computer readable storage media, and systems that generate digital content for users to access in a social networking platform and detect user interactions with such digital content as part of user-interaction evaluations to determine the users' digital media literacy. For instance, the disclosed systems receive a request to initiate a user-interaction evaluation in a social networking platform. In response to the request, the disclosed systems generate digital content (e.g., social networking posts from a digital media bot) as part of the user-interaction evaluation for users to access in the social networking platform. The disclosed systems further detect interactions by user accounts with the digital content within the social networking platform and then generate digital-media-proficiency metrics for the users based on the interactions.

Abstract: This disclosure describes methods, non-transitory computer readable storage media, and systems that generate and present tools on an administrator user interface that can initiate a user-interaction evaluation of users' digital media proficiency and can show a snapshot of user interactions with digital content from the evaluation. For instance, the disclosed systems provide, within a graphical user interface, an option to initiate a user-interaction evaluation. Based on a selection of the option, the disclosed systems generate digital content within the social networking platform as part of the evaluation. The disclosed systems subsequently display information for the evaluation and tracking information for user interactions within the graphical user interface. In one or more portions of the graphical user interface, the disclosed systems display an evaluation dashboard including user-interaction evaluation information.

Abstract: A system, method, and apparatus for wirelessly charging a load. A primary transformer coil from an energy source is provided to interface with a load application with a secondary transformer coil. The method of charging is independent of resonance frequency.

Abstract: A method, apparatus and system for a secure memory with restricted access by processors. System has a plurality of processor units (PUs) coupled to a block of memory with at least one section secured (BMSS) against hacking by not allowing all PUs to access BMSS. One or more PUs has access to BMSS and is implemented with a dedicated function(s) that no other PU can perform such as a security function for encryption key checks. A thread running on a given PU that lacks access to a given memory location in BMSS is transferred to another PU with i) access to given memory location in BMSS; ii) implemented dedicated function; and/or iii) locked down instruction memory not free to run other code. Any attempt to breach protocol issues a fault. Existing code is hardened against less secure user code by only permitting authorized routines to transfer to the implemented PU.

Abstract: A threat assessment and response facilitation system is provided for facilitating communication relating to threat assessment, responding to a traumatic event, and provision of training materials for professionals engaged in threat assessment and trauma response activities. The threat assessment and trauma response facilitation system may include modules such as a threat assessment assistance module, learning portal module, client portal module, response coordination module, training broker module, and messaging module. A method for facilitating communication relating to threat assessment and trauma response using the threat assessment and response facilitation system is also provided.

Abstract: A method, apparatus and system for a secure memory with restricted access by processors. System has a plurality of processor units (PUs) coupled to a block of memory with at least one section secured (BMSS) against hacking by not allowing all PUs to access BMSS. One or more PUs has access to BMSS and is implemented with a dedicated function(s) that no other PU can perform such as a security function for encryption key checks. A thread running on a given PU that lacks access to a given memory location in BMSS is transferred to another PU with i) access to given memory location in BMSS; ii) implemented dedicated function; and/or iii) locked down instruction memory not free to run other code. Any attempt to breach protocol issues a fault. Existing code is hardened against less secure user code by only permitting authorized routines to transfer to the implemented PU.

Abstract: In an embodiment, a processing resource allocation method is disclosed. The method may include identifying an instruction mapped to data having a preselected data location. The method may also include determining whether to transfer a call of the instruction from a first processing unit (PU) to a second PU based on the preselected data location.

Abstract: A system, method, and apparatus is disclosed for interfacing and transferring power unidirectionally or bidirectionally between a direct current (DC) line and a single or multiphase alternating-current (AC) line for only half of any given phase and only a single phase at a time when polarity is matched between the DC and the AC system. A circuit with simplified, robust, and reduced-cost components perform the power conditioning and the synchronization as a system that simulates a half-wave rectifier/inverter.

Abstract: In an embodiment, a processing resource allocation method is disclosed. The method may include identifying an instruction mapped to data having a preselected data location. The method may also include determining whether to transfer a call of the instruction from a first processing unit (PU) to a second PU based on the preselected data location.

Abstract: A support structure (SS) and method for mounting SS and solar equipment on pitched roofs. Preassembled SS is installable/ removable, as a single module for reduced cost, installation time, and hazards. Optional housing for battery, electronics, and wireless equipment, is disposed in portion of preassembled SS that resides in protected interior of building. An elevated attach point on the SS optionally accepts cellular and high-frequency transceivers (for mesh network). SS penetrates roof, not on leak-prone roof face, but at roof apex using a main support coupleable to internal building structure. An interface member on the main support has a shape that is conformal to the roof apex to provide a weatherproof seal, load support, and a fulcrum to absorb equipment torque. Padded-standoffs support equipment weight on roof. Optionally, SS frame tubing acts as wire-conduit or SS frame is configured as power conductor for low-voltage, parallely-coupled, independently-troubleshootable, solar panels.

Abstract: A system, method, and apparatus is disclosed for interfacing and transferring power unidirectionally or bidirectionally between a direct current (DC) line and a single or multiphase alternating-current (AC) line for only half of any given phase and only a single phase at a time when polarity is matched between the DC and the AC system. A circuit with simplified, robust, and reduced-cost components perform the power conditioning and the synchronization as a system that simulates a half-wave rectifier/inverter.

Abstract: A system, method, and apparatus for local demand response between alternative-energy power-generators, traditional controlled-energy power-generators, and power-consuming loads coupled to a DC bus are disclosed. As a DC bus operating voltage fluctuates between a minimum bus operating voltage to a maximum bus operating voltage, it triggers different power-generators and different power-consumers each having staggered control voltage ranges that enable them to come on-line or go off-line, depending on the bus operating voltage, thereby providing distributed, autonomous and self-regulating demand response performance. Loads vary from opportunistic loads at high alternative-energy generation scenarios, to necessary loads powered by backup or traditional power-generators for low alternative-energy generation scenarios. Safety limits are provided with voltage limits and foldback limits.

Abstract: A circuit receives variable voltage and current from a renewable power source and optimally loads the source to maximize power delivered into a DC bus having constant voltage. A boost circuit and synchronous rectifier having a controlled duty cycle step up the voltage from the renewable source. A feedback control circuit senses delivered current and optimizes the duty cycle to maximize this current, and therefore maximize delivered power. Precision measurement of delivered current is not necessary, greatly reducing complexity and expense. The power source can be isolated from the DC bus, and an arc fault sensor can determine the presence of an electrical arc and shut down the power conditioner to prevent damage due to arcing or fire.

Abstract: A method and apparatus for modifying standard AC plugs and receptacles to flexibly furnish AC or DC power is disclosed. This can be accomplished by adding a “selector” pin between the non-ground pins used in traditional AC plugs. Alternately, an interposer can be manually applied to the plug to effect selection. Plug electronics can select AC or DC based on respective availability. A flexible power receptacle can manage AC/DC selection, regulate the supplied DC voltage and enable reversion to the AC supply if the DC supply is inadequate. Electronics within a flexible power receptacle can convert DC to AC when advantageous and can regulate the supplied voltage. Additional electronics within a flexible power plug or receptacle can enable communication.

Abstract: According to various techniques of the present invention, probability models for circuit simulation are generated as linear, piecewise linear, nonlinear, and/or continuous probability waveforms. These waveforms represent probability values for logic levels over some period of time. Probability models are defined according to characteristics of the electronic components being modeled, so as to capture variability in characteristics and performance of logic circuits and their components. The probability waveforms of the present invention can be used to predict circuit component behavior resulting from state changes; a range in response time can be indicated by a probability waveform indicating the probability that the response has taken place at a given time after an input state change. Construction of a probability model for a circuit with interconnected electronic components allows timing problems resulting from variability in component performance to be identified.