Abstract: The solution enables a data block composed of unstructured data assets (e.g., a Spark Dataframe) in a compute and analytics environment (e.g., Databricks) to be sent to a Training Data Platform (e.g., Labelbox, Inc.) for labeling. Then, the annotated structured dataset can be loaded back as a structured data asset (e.g., a Spark Dataframe) in the compute and analytics environment (e.g., Databricks). The solution provides an interface between a compute and analytics environment like Databricks and a Training Data Platform like Labelbox. The solution provides a Python library which facilitates data flow between the compute and analytics environment (e.g. Databricks) and the Training Data Platform (e.g., Labelbox). The library provides methods that help process the JSON annotations coming back from the training data platform.

Abstract: A method includes training an artificial neural network with training data that comprises a sets of design parameter values for design parameters for circuit traces in a high speed communication link, determining an output formula that relates a sets of design parameters to a corresponding output parameter for the circuit traces in response to training the artificial neural network, running the output formula using a second set of design parameter values to obtain a corresponding set of output parameters for the circuit traces, determining that the corresponding set of output parameters differ from a set of modeled output parameters by less than a predefined percentage, and fabricating a circuit trace in a printed circuit board based upon the output formula in response to determining that the corresponding set of output parameters differ from the set of modeled output parameters by less than the predefined percentage.

Abstract: A non-transitory machine-readable medium of a computing device storing an application for simulating the loading of an airframe. The application includes an airframe input module that receives an airframe file having a seat having a seat location and a bin having a bin location and a bin dimensions. The application further includes a passenger profile input module that receives a passenger profile file having a list of passenger profiles, a passenger selection module that selects a passenger from the list of passenger profiles and associates the passenger with the seat, a bag selection module that selects a bag profile from a bag profile file and associates it with the passenger, a bag placement module that simulates placing the bag into the bin based on the bin dimensions, bin location, and bag profile, and an output module that outputs and stores a simulation output associating the bag and the bin.

Abstract: A display system including an upright housing meeting IP56 weatherproofing standards and including a first vent and a second vent positioned vertically above the first vent, a mounting arm coupled to the upright housing, an industrial PC mounted within the upright housing between the first vent and the second vent, a fan mounted within the upright housing adjacent the first vent, a thermostat mounted within the upright housing and controlling the fan continuously at or above a non-zero minimum speed so that a positive pressure is maintained within the upright housing between the first vent and the second vent, and a large format display mounted to the mounting arm and receiving signals from the industrial PC.

Abstract: A display system including an upright column, tower or pedestal meeting IP56 weatherproofing standards and including a first vent and a second vent positioned vertically above the first vent, a mounting arm coupled to the upright column, tower or pedestal, an industrial PC mounted within the upright column, tower or pedestal between the first vent and the second vent, a fan mounted within the upright column, tower or pedestal adjacent the first vent, a thermostat mounted within the upright column, tower or pedestal and controlling the fan continuously at or above a non-zero minimum speed so that a positive pressure is maintained within the upright column, tower or pedestal between the first vent and the second vent, and a large format display mounted to the mounting arm and receiving signals from the industrial PC, the upright column, tower or pedestal extending upwardly to support a canopy and the vents being mounted in an openable plate.

Abstract: A display system including an upright housing meeting IP56 weatherproofing standards and including a first vent and a second vent positioned vertically above the first vent, a mounting arm coupled to the upright housing, an industrial PC mounted within the upright housing between the first vent and the second vent, a fan mounted within the upright housing adjacent the first vent, a thermostat mounted within the upright housing and controlling the fan continuously at or above a non-zero minimum speed so that a positive pressure is maintained within the upright housing between the first vent and the second vent, and a large format display mounted to the mounting arm and receiving signals from the industrial PC.

Abstract: A display system including an upright column, tower or pedestal meeting IP56 weatherproofing standards and including a first vent and a second vent positioned vertically above the first vent, a mounting arm coupled to the upright column, tower or pedestal, an industrial PC mounted within the upright column, tower or pedestal between the first vent and the second vent, a fan mounted within the upright column, tower or pedestal adjacent the first vent, a thermostat mounted within the upright column, tower or pedestal and controlling the fan continuously at or above a non-zero minimum speed so that a positive pressure is maintained within the upright column, tower or pedestal between the first vent and the second vent, and a large format display mounted to the mounting arm and receiving signals from the industrial PC, the upright column, tower or pedestal extending upwardly to support a canopy and the vents being mounted in an openable plate.

Abstract: A non-transitory machine-readable medium of a computing device storing an application for simulating the loading of an airframe. The application includes an airframe input module that receives an airframe file having a seat having a seat location and a bin having a bin location and a bin dimensions. The application further includes a passenger profile input module that receives a passenger profile file having a list of passenger profiles, a passenger selection module that selects a passenger from the list of passenger profiles and associates the passenger with the seat, a bag selection module that selects a bag profile from a bag profile file and associates it with the passenger, a bag placement module that simulates placing the bag into the bin based on the bin dimensions, bin location, and bag profile, and an output module that outputs and stores a simulation output associating the bag and the bin.

Abstract: A display system including an upright housing meeting IP56 weatherproofing standards and including a first vent and a second vent positioned vertically above the first vent, a mounting arm coupled to the upright housing, an industrial PC mounted within the upright housing between the first vent and the second vent, a fan mounted within the upright housing adjacent the first vent, a thermostat mounted within the upright housing and controlling the fan continuously at or above a non-zero minimum speed so that a positive pressure is maintained within the upright housing between the first vent and the second vent, and a large format display mounted to the mounting arm and receiving signals from the industrial PC.

Abstract: An elastically modifiable wallet is an apparatus that is able to hold and organize a user's financial or personal items in accordance to how frequently the user accesses each financial or personal item. The apparatus includes a tubular band, a tubular strap, a tubular strip, a finger loop, a first stitch, and a second stitch. The tubular band, the tubular strap, the tubular strip, and the finger loop are each made of elastic fabric. The tubular band is used to hold weekly/occasionally used items, such as business cards. The tubular strap is used to hold daily used items, such as a regular credit card. The tubular strip is used to hold frequently used items, such as loose cash. The finger loop allows a user to easily grasp and disengage the tubular strip. The first stitch and the second stitch are used to hold these pieces of elastic fabric together.

Abstract: A non-transitory machine-readable medium of a computing device storing an application for simulating the loading of an airframe. The application includes an airframe input module that receives an airframe file having a seat having a seat location and a bin having a bin location and a bin dimensions. The application further includes a passenger profile input module that receives a passenger profile file having a list of passenger profiles, a passenger selection module that selects a passenger from the list of passenger profiles and associates the passenger with the seat, a bag selection module that selects a bag profile from a bag profile file and associates it with the passenger, a bag placement module that simulates placing the bag into the bin based on the bin dimensions, bin location, and bag profile, and an output module that outputs and stores a simulation output associating the bag and the bin.

Abstract: A display system including an upright housing meeting IP56 weatherproofing standards and including a first vent and a second vent positioned vertically above the first vent, a mounting arm coupled to the upright housing, an industrial PC mounted within the upright housing between the first vent and the second vent, a fan mounted within the upright housing adjacent the first vent, a thermostat mounted within the upright housing and controlling the fan continuously at or above a non-zero minimum speed so that a positive pressure is maintained within the upright housing between the first vent and the second vent, and a large format display mounted to the mounting arm and receiving signals from the industrial PC.

Abstract: An elastically modifiable wallet is an apparatus that is able to hold and organize a user's financial or personal items in accordance to how frequently the user accesses each financial or personal item. The apparatus includes a tubular band, a tubular strap, a tubular strip, a finger loop, a first stitch, and a second stitch. The tubular band, the tubular strap, the tubular strip, and the finger loop are each made of elastic fabric. The tubular band is used to hold weekly/occasionally used items, such as business cards. The tubular strap is used to hold daily used items, such as a regular credit card. The tubular strip is used to hold frequently used items, such as loose cash. The finger loop allows a user to easily grasp and disengage the tubular strip. The first stitch and the second stitch are used to hold these pieces of elastic fabric together.

Abstract: A display system including an upright housing meeting IP56 weatherproofing standards and including a first vent and a second vent positioned vertically above the first vent, a mounting arm coupled to the upright housing, an industrial PC mounted within the upright housing between the first vent and the second vent, a fan mounted within the upright housing adjacent the first vent, a thermostat mounted within the upright housing and controlling the fan continuously at or above a non-zero minimum speed so that a positive pressure is maintained within the upright housing between the first vent and the second vent, and a large format display mounted to the mounting arm and receiving signals from the industrial PC.

Abstract: A method includes training an artificial neural network with training data that comprises a sets of design parameter values for design parameters for circuit traces in a high speed communication link, determining an output formula that relates a sets of design parameters to a corresponding output parameter for the circuit traces in response to training the artificial neural network, running the output formula using a second set of design parameter values to obtain a corresponding set of output parameters for the circuit traces, determining that the corresponding set of output parameters differ from a set of modeled output parameters by less than a predefined percentage, and fabricating a circuit trace in a printed circuit board based upon the output formula in response to determining that the corresponding set of output parameters differ from the set of modeled output parameters by less than the predefined percentage.

Abstract: A non-transitory machine-readable medium of a computing device storing an application for simulating the loading of an airframe. The application includes an airframe input module that receives an airframe file having a seat having a seat location and a bin having a bin location and a bin dimensions. The application further includes a passenger profile input module that receives a passenger profile file having a list of passenger profiles, a passenger selection module that selects a passenger from the list of passenger profiles and associates the passenger with the seat, a bag selection module that selects a bag profile from a bag profile file and associates it with the passenger, a bag placement module that simulates placing the bag into the bin based on the bin dimensions, bin location, and bag profile, and an output module that outputs and stores a simulation output associating the bag and the bin.

Abstract: An airbag system assembly configured to be positioned in the interior of a vehicle that includes an aft wall configured to be positioned forward of a passenger seat and an airbag system. The aft wall includes front and aft surfaces and the aft wall includes a first flap that is formed by a plurality of weakness lines in at least the front surface thereof. The airbag system includes at least a first airbag module having a first airbag support plate with front and aft surfaces. The first airbag support plate is secured to the front surface of the aft wall, and the first airbag support plate includes a first airbag that is configured to deploy in the event of a crash condition and that is disposed on the aft surface of the first airbag support plate. The first airbag is positioned adjacent the first flap.

Abstract: A wireless intrusion prevention system, according to one embodiment of the present invention, comprises: a first group comprising at least one first sensor and at least one first authorized wireless LAN equipment; a second group comprising at least one second sensor and at least one second authorized wireless LAN equipment; and a management server for managing the at least one first sensor and the at least one second sensor, wherein the first sensor detects the occurrence of an event from an unauthorized wireless LAN equipment and transmits a first broadcast signal on the occurrence of the event to the other first sensors in the first group and the at least one second sensor.

Abstract: An airbag system assembly configured to be positioned in the interior of a vehicle that includes an aft wall configured to be positioned forward of a passenger seat and an airbag system. The aft wall includes front and aft surfaces and the aft wall includes a first flap that is formed by a plurality of weakness lines in at least the front surface thereof. The airbag system includes at least a first airbag module having a first airbag support plate with front and aft surfaces. The first airbag support plate is secured to the front surface of the aft wall, and the first airbag support plate includes a first airbag that is configured to deploy in the event of a crash condition and that is disposed on the aft surface of the first airbag support plate. The first airbag is positioned adjacent the first flap.

Abstract: A bin assembly that includes a bin housing and a bin that is pivotal between an open and a closed position within the bin housing. The bin housing includes a forward bulkhead panel, aft bulkhead panel and an aft housing panel that includes a rigid valence panel having one of a latch striker or a latch assembly secured thereto. The rigid valence panel has opposite ends that are secured to the forward and aft bulkhead panels. The bin includes an aft wall, a forward wall, a bin bottom and the other of a latch striker or a latch assembly secured to the bin bottom, thereby defining a latching location. A downward load in the bin is distributed from the latching location, along the rigid valence panel and to the aft and forward bulkhead panels.