Abstract: Systems and methods for improving a location search process are provided. A networked system accesses trip data associated with the POI. The networked system receives an indication of a search being performed at a user device and detects a location of the user device. The networked system accesses an index in a data storage. From the index, the networked system determines a region identifier that corresponds to the location of the user device, the region identifier identifying a dynamically generated region in which to perform the search. Based on a search term, the networked system performs the search in the dynamically generated region corresponding to the region identifier. The networked system then causes presentation of a result of the search on the user device.

Abstract: A computer-implemented method simulates a shape of a musculoskeletal system comprising a skeletal subsystem and a soft-tissue subsystem. The method comprises: simulating, by the computer system, an evolution of a skeletal subsystem model over a series of time steps to thereby determine rigid body variables representative of the shapes of the one or more rigid bodies in a physical space at each time step; and simulating, by the computer system, an evolution of a soft-tissue subsystem model over the series of time steps to thereby determine, for each of the one or more soft tissue objects, a soft-tissue object representation in an Eulerian space and an associated Eulerian representation for each vertex in the Eulerian space at each time step, the associated Eulerian representation, for each vertex and for each time step, specifying which one or more material space coordinates for the soft-tissue object correspond to the vertex at the time step.

Abstract: Aspects of the disclosure provide a method for null address handling. The method includes compiling code without adding a null check code before a memory access code, storing a first address of the memory access code in association with a second address of a handling code for null address, determining, in response to an exception that occurs at the first address during an execution of the compiled code, the second address based on the stored information, and executing the handling code at the second address.

Abstract: A computer system automates the determination of a health profile of a user based on a knowledge of the user regarding health related questions and social network content from an account of the user.

Abstract: A computer system prompts a user to answer a series of questions from a collection of questions. From the user's answers, the computer system predicts a mortality outcome based on the value of a predetermined mortality parameter for one or more of the questions in the series.

Abstract: Examples described herein include a computer system to obtain social network content from a user, and to analyze the social network content to determine one or more attributes. The computer system predicts a lifestyle category of the user based at least in part on the determined one or more attributes.

Abstract: A computer-implemented method simulates a shape of a musculoskeletal system comprising a skeletal subsystem and a soft-tissue subsystem. The method comprises: simulating, by the computer system, an evolution of a skeletal subsystem model over a series of time steps to thereby determine rigid body variables representative of the shapes of the one or more rigid bodies in a physical space at each time step; and simulating, by the computer system, an evolution of a soft-tissue subsystem model over the series of time steps to thereby determine, for each of the one or more soft tissue objects, a soft-tissue object representation in an Eulerian space and an associated Eulerian representation for each vertex in the Eulerian space at each time step, the associated Eulerian representation, for each vertex and for each time step, specifying which one or more material space coordinates for the soft-tissue object correspond to the vertex at the time step.

Abstract: Aspects of the disclosure provide a method for null address handling. The method includes compiling code without adding a null check code before a memory access code, storing a first address of the memory access code in association with a second address of a handling code for null address, determining, in response to an exception that occurs at the first address during an execution of the compiled code, the second address based on the stored information, and executing the handling code at the second address.