Abstract: Systems and methods are disclosed herein for a mobility management system that serves as a data processing intermediary between mobility operators and governing entities that define rules associated with vehicle behavior occurring in a geographic region. The system receives from a mobility operator historical vehicle data including GPS locations for fleet vehicles within the geographic region. The system determines aggregate behavior metrics for the vehicles using the behavior data. If the aggregate behavior metrics exceed one or more behavior thresholds for a specified time period, the system generates one or more suggested behavior modifications for the vehicles or mobility operators. Moreover, the historical vehicle data may be used to train a machine-learned model to predict a number and behavior of vehicles within the geographic region at a specific time, and if the current number or behavior of vehicles satisfies pre-determined governing criteria, the system modifies one or more vehicle rules.

Abstract: Systems and methods are disclosed herein for a mobility management system that serves as a data processing intermediary between mobility operators and governing entities that define rules associated with vehicle behavior occurring in a geographic region. The system receives from a mobility operator historical vehicle data including GPS locations for fleet vehicles within the geographic region. The system determines aggregate behavior metrics for the vehicles using the behavior data. If the aggregate behavior metrics exceed one or more behavior thresholds for a specified time period, the system generates one or more suggested behavior modifications for the vehicles or mobility operators. Moreover, the historical vehicle data may be used to train a machine-learned model to predict a number and behavior of vehicles within the geographic region at a specific time, and if the current number or behavior of vehicles satisfies pre-determined governing criteria, the system modifies one or more vehicle rules.

Abstract: Systems and methods are disclosed herein for a mobility management system that serves as a data processing intermediary between mobility operators and governing entities that define rules associated with vehicle behavior occurring in a geographic region. The system receives from a mobility operator historical vehicle data including GPS locations for fleet vehicles within the geographic region. The system determines aggregate behavior metrics for the vehicles using the behavior data. If the aggregate behavior metrics exceed one or more behavior thresholds for a specified time period, the system generates one or more suggested behavior modifications for the vehicles or mobility operators. Moreover, the historical vehicle data may be used to train a machine-learned model to predict a number and behavior of vehicles within the geographic region at a specific time, and if the current number or behavior of vehicles satisfies pre-determined governing criteria, the system modifies one or more vehicle rules.

Abstract: Systems and methods are disclosed herein for a mobility management system that serves as a data processing intermediary between mobility operators and governing entities that define rules associated with vehicle behavior occurring in a geographic region. The system receives from a mobility operator historical vehicle data including GPS locations for fleet vehicles within the geographic region. The system determines aggregate behavior metrics for the vehicles using the behavior data. If the aggregate behavior metrics exceed one or more behavior thresholds for a specified time period, the system generates one or more suggested behavior modifications for the vehicles or mobility operators. Moreover, the historical vehicle data may be used to train a machine-learned model to predict a number and behavior of vehicles within the geographic region at a specific time, and if the current number or behavior of vehicles satisfies pre-determined governing criteria, the system modifies one or more vehicle rules.

Abstract: Systems and methods are disclosed herein for a mobility management system that serves as a data processing intermediary between mobility operators and a governing entity that defines rules for vehicle parking events occurring in a geographic region. The system receives from mobility operators vehicle behavior data indicating GPS locations and associated durations for vehicles in a fleet. For each vehicle behavior event, the system maps the GPS data to governing data to identify a geographic area of interest, such as delivery zones and on-street parking zones, associated with the GPS location and determines the applicability of one or more vehicle rules to the vehicle behavior events. Event durations and associated rule data for fleet vehicles are aggregated and periodically transmitted to the mobility operator.

Abstract: Devices and methods for smartphone impostor detection using behavioral and environmental data are provided. Impostors are attackers who take control of an electronic device (e.g., a smartphone) and gain access to confidential and private information of a legitimate user. Embodiments described herein propose a defense-in-depth mechanism to detect impostors quickly with simple deep learning algorithms, which can achieve better detection accuracy than previous works. Embodiments then consider protecting the privacy of the behavioral and/or environmental data (e.g., collected by one or more sensors) of a user by not exposing it outside the protected device. A recurrent neural network (RNN)-based deep learning algorithm is proposed which uses only sensor data of the legitimate user to learn their normal behavior. Prediction error distribution (PED) is used to enhance the detection accuracy.

Abstract: Systems and methods for presenting information in a header region of an application are provided. In some aspects, a URL is received in an omnibox of an application window of a computer. A page corresponding to the URL is presented in a page display region of the application window. The URL is presented in the omnibox. A collapsed form of the URL and connection information associated with the page are presented in a button of the application window adjacent to the omnibox. The collapsed form of the URL includes a representation of a top-level domain and a hierarchy of the URL. The collapsed form of the URL includes different text from the URL.

Abstract: A technique includes determining a ranked list of tasks that are ranked based on a likelihood of being selected by a user, the ranked list of tasks including a site identifier that identifies a site and a mode of navigation for the site as either a launch mode to launch a new page from the site or a switch mode to switch to a stored context of the site, displaying a task switcher/launcher interface that includes a selectable icon for a plurality of tasks from the ranked list of tasks, receiving, by a client application, a signal selecting one of the displayed tasks, determining a site and a mode of navigation for the selected task, and performing, by the client application, site navigation for the selected task based upon the mode of navigation for the selected task. A mode of navigation may include launch mode or switch mode.

Abstract: Systems and methods for presenting information in a header region of an application are provided. In some aspects, a URL is received in an omnibox of an application window of a computer. A page corresponding to the URL is presented in a page display region of the application window. The URL is presented in the omnibox. A collapsed form of the URL and connection information associated with the page are presented in a button of the application window adjacent to the omnibox. The collapsed form of the URL includes a representation of a top-level domain and a hierarchy of the URL. The collapsed form of the URL includes different text from the URL.

Abstract: Systems and methods for presenting information in a header region of an application are provided. In some aspects, a URL is received in an omnibox of an application window of a computer. A page corresponding to the URL is presented in a page display region of the application window. The URL is presented in the omnibox. A collapsed form of the URL and connection information associated with the page are presented in a button of the application window adjacent to the omnibox. The collapsed form of the URL includes a representation of a top-level domain and a hierarchy of the URL. The collapsed form of the URL includes different text from the URL.

Abstract: Protective gear for infants and young children such as passed anti-scratching hand coverings are described. The gloves can alleviate harmful scratching of the child's hands on his or her face or other vulnerable areas. The gloves can also aid the motor-skills, coordination and dexterity development of young children. The gloves can include an elastic and flexible glove body and up to five separate hollow cylindrical glove fingers. The glove body can cover at least a portion of one or both of a dorsal or a palmer side of a hand of the child. Each glove finger can be individually sized, shaped, or otherwise configured to accommodate respective fingers of the child. A padded portion can be included on or along an exterior of at least a portion of the glove finger. The padded portion is adapted to be in close contact with skin of the child or other object when the glove fingers are engaged in act such as gripping.

Abstract: A functional unit is provided which allows for fast, parallel data read, write, and manipulation operations. The functional unit includes first and second source registers for receiving first and second data items to be processed by the functional unit, a plurality of memory tables, a combinational logic circuit, and a decoder. Each of the tables is indexed by an index comprising a portion of the first data item received by the first source register. The combinational logic circuit receives lookup results, and processes the lookup results and the second data item in the second source register to produce a result data item. The decoder circuit extracts an operational code from an instruction supplied to the functional unit, decodes the operational code, and controls the combinational logic circuit in accordance with the operational code.

Abstract: The present invention relates to a panty for ladies that can be worn during menstruation. These panties are for protection against leakage while swimming, sunbathing, or just relaxing in the hot tub. Thus the name Lily Pad Panty. The present invention Lily Pad Panty is made of a unique absorbent material. They are disposable. Sides can be torn away for ease of removal.

Abstract: The present invention provides permutation instructions which can be used in software executed in a programmable processor for solving permutation problems in cryptography, multimedia and other applications. The permute instructions are based on a Benes network comprising two butterfly networks of the same size connected back-to-back. Intermediate sequences of bits are defined that an initial sequence of bits from a source register are transformed into. Each intermediate sequence of bits is used as input to a subsequent permutation instruction. Permutation instructions are determined for permitting the initial source sequence of bits into one or more intermediate sequence of bits until a desired sequence is obtained. The intermediate sequences of bits are determined by configuration bits. The permutation instructions form a permutation instruction sequence of at least one instruction.

Abstract: In the context of a microprocessor and a program, the invention provides parallel subword compare instructions that store results in a selectable intra-register subword location. In a targeting approach, an instruction permits the location to be specified; alternatively, there can be plural instructions, each associated with one of the locations. In a replicating approach, plural replicas are stored in the alternative locations. In a shifting approach, the instruction moves prior results, so that the number of subsequent iterations of the instruction determines the location of a result. The invention provides for overwriting and content-preserving instructions, and for overlapping and separate locations. The invention allows results from multiple parallel subword compare operations with relatively few instructions. The invention also provides for other parallel subword instructions.

Abstract: The present invention provides permutation instructions which can be used in software executed in a programmable processor for solving permutation problems in cryptography, multimedia and other applications. PPERM and PPERM3R instructions are defined to perform permutations by a sequence of instructions with each sequence specifying the position in the source for each bit in the destination. In the PPERM instruction bits in the destination register that change are updated and bits in the destination register that do not change are set to zero. In the PPERM3R instruction bits in the destination register that change are updated and bits in the destination register that do not change are copied from intermediate result of previous PPERM3R instructions. Both PPERM and PPERM3R instruction can individually do permutation with bit repetition. Both PPERM and PPERM3R instruction can individually do permutation of bits stored in more than one register.