Abstract: Methods, systems, and apparatus, including computer programs encoded on computer storage media, for dynamically managing webpage traffic. In some implementations, a server receives a request from a client device to access a webpage. The server obtains attributes associated with the client device that provided the request. The server selects one or more webpage variants using the request. Data associated with the request and with the one or more webpage variants are provided as input to a trained machine learning model. The server obtains output from the machine learning model that indicates the likelihood for each webpage variant that the user will access a particular feature of the corresponding webpage variant. The server provides data representing the webpage variant of the one or more webpage variants whose likelihood satisfies a threshold value.

Abstract: Methods, systems, and apparatus, including computer programs encoded on computer storage media, for generating webpage data. An example method includes accessing content data associated with a first webpage and determining context data corresponding to one or more users associated with the first webpage. Based on (i) the content data and (ii) the context data, prompt data for one or more trained machine learning (ML) models is generated. The prompt data is provided to the ML models to obtain output data corresponding to one or more variation content elements. Data representing one or more candidate webpages is generated by adapting the one or more variation content elements according to the content schema. An instruction is provided to a computing device to cause the display of a representation of at least one candidate webpage included in the one or more candidate webpages.

Abstract: A fidget toy having a core and two endless rings operatively associated by a set of two gimbals mounted in orthogonal configuration each gimbal having an orthogonal pivot axis compared to the other gimbal.

Abstract: A fidget toy has a set of three gimbals, wherein two of the gimbals may be in a parallel configuration, while an intermediate gimbal is mounted with an orthogonal pivot axis compared to the other gimbals. The fidget toy may have a spherical core, two successive rings, and a hemispherical outer shell wherein the three gimbals are at the interface of these four objects.

Abstract: A relationship-based communications service system receives a communication from a source destined to a recipient. The recipient is capable of receiving the communication at a computing device. The communication service system determines a first relationship type based on a satisfied relationship condition between the source and the recipient. The communications service system sends a relationship-qualified version of the communication to the recipient based on the determined first relationship type. The relationship-qualified version of the communication of the determined first relationship type is annotated to present a different user interface behavior to the recipient at the computing device than a relationship-qualified version of the communication of a second relationship type.

Abstract: A relationship-based communications service system receives a communication from a source destined to a recipient. The recipient is capable of receiving the communication at a computing device. The communication service system determines a first relationship type based on a satisfied relationship condition between the source and the recipient. The communications service system sending a relationship-qualified version of the communication to the recipient based on the determined first relationship type. The relationship-qualified version of the communication of the determined first relationship type is annotated to present a different user interface behavior to the recipient at the computing device than a relationship-qualified version of the communication of a second relationship type.

Abstract: A system including at least one monitor and a toy is disclosed. The at least one monitor may be communicatively coupled to at least one sensor configured to measure at least one physical parameter of an operator. The at least one monitor receives at least one measurement from the at least one sensor indicative of the at least one physical parameter of the operator. The at least one monitor may determine whether the operator is in an elevated emotional state based, at least in part, on the at least one measurement. The toy may be capable of being operated by at least one operator and may comprise a control system in communication with the at least one monitor. The control system may be configured to affect at least one behavior of the toy to cause the toy to be more difficult to use when the monitor indicates that the operator is in an elevated emotional state.