Abstract: The invented heart activity sensory system, commonly called a heart monitor, consists of at least two skin contact sensors which can be attached to or integrated with wearable devices or accessories such as headsets, glasses, goggles, hats, helmets, necklaces, pendulums, garments, or directly to a body. Each sensor has an electrical electrode to establish a contact with skin for the purpose of measuring skin voltage potential and heart activity using the electrocardiogram (ECG or EKG) method. The sensors can communicate wirelessly with each other, calculate heart activity characteristics, record the characteristics in a memory, and inform the user visually, audibly, or with tactile means about the user's heart activity. The sensors can also transmit these characteristics wirelessly to a host device such as a smartphone.

Abstract: A system receives a request from an in-browser application for an authorization code, creates a session that re-directs the in-browser application to an authorization server, and receives the authorization code from the authorization server by way of the in-browser application. The system requests an access token from the authorization server and receives the access token from the authorization server. The system then receives a request from the in-browser application for a resource, uses the access token to request the resource from a third-party resource server, and returns the resource to the in-browser application.

Abstract: A sensor system for use with a host device a vehicle having a frame and at least one wheel. The sensor system has a first sensor associated with the at least one wheel of the vehicle. The first sensor generates wheel data indicative of movement of the wheel. The wheel data may be rotational angle, full revolution count, angle of a revolution, direction of revolution, and angular acceleration with respect to a magnetic pole of the Earth or a magnet attached to a frame. The sensor transmits the wheel data to the host device.

Abstract: A system receives a request from an in-browser application for an authorization code, creates a session that re-directs the in-browser application to an authorization server, and receives the authorization code from the authorization server by way of the in-browser application. The system requests an access token from the authorization server and receives the access token from the authorization server. The system then receives a request from the in-browser application for a resource, uses the access token to request the resource from a third-party resource server, and returns the resource to the in-browser application.

Abstract: A sensor system for use with a host device a vehicle having a frame and at least one wheel. The sensor system has a first sensor associated with the at least one wheel of the vehicle. The first sensor generates wheel data indicative of movement of the wheel. The wheel data may be rotational angle, full revolution count, angle of a revolution, direction of revolution, and angular acceleration with respect to a magnetic pole of the Earth or a magnet attached to a frame. The sensor transmits the wheel data to the host device.

Abstract: A method and system for unifying configuration files. In one embodiment, a web services configuration file and a web services client configuration file are identified. The web services and web services client configuration files are unified to create a configuration file.

Abstract: Methods and apparatus, including computer program products, for configuration domains for the configuration of web services and consumer proxies. In general, data characterizing one or more web services to activate is received and run-time configurations are caused to be generated for each of the web services and each of consumer proxies for the web services. The web services are from a provider system in a group of systems having a profile having one or more policies to be adhered to by the systems. The systems may include a consumer system and the provider system. The consumer system may have one or more consumer proxies to call the web services. The run-time configurations may include one or more settings derived from the policies of the profile.

Abstract: Methods and apparatus, including computer program products, for configuration of web services. In general, data is received characterizing web service calls for an application, a placeholder destination for the web service calls, and an identification of a system to be mapped to the placeholder; and a configuration is generated for the web service calls, where the configuration maps the placeholder destination to the system. The configuration may be a configuration of proxy objects to make the web service calls. Mapping the placeholder destination to the system may include generating a configuration including the system in lieu of the placeholder destination. Systems may be included in domains, where a security policy may be applied to systems in a domain.

Abstract: A movement warning system for notifying a proximal entity of the approach of a vehicle comprising a sensor system, a controlling mobile device, and a signal generator system. The sensor system generates motion data indicative of movement of the vehicle. The controlling mobile device generates at least one warning signal based on the motion data. The signal generator system generates at least one warning based on the to at least one warning signal. The signal generator generates the warning such that the proximal entity perceives the warning.

Abstract: A method is described that involves processing a Web services message within an object oriented runtime environment. The processing itself involves executing a plurality of protocols to support a Web service that the message pertains to. Each one of the protocols perform one or more operations that contribute to a different part of the processing. The executing is hibernated by storing state information of the protocols externally from the protocols. The executing is resumed by loading the saved state information back into the protocols. The executing includes one of the protocols performing the following: receiving from an object information retrieved from the message's header; and, providing at least a portion of the information to another protocol amongst the plurality of protocols.

Abstract: A method and system for creating a common model. In one embodiment, a web services model and a web service client model are identified. The web services and web services client models are then unified to create a common model.

Abstract: A movement warning system for notifying a proximal entity of the approach of a vehicle comprising a sensor system, a controlling mobile device, and a signal generator system. The sensor system generates motion data indicative of movement of the vehicle. The controlling mobile device generates at least one warning signal based on the motion data. The signal generator system generates at least one warning based on the to at least one warning signal. The signal generator generates the warning such that the proximal entity perceives the warning.

Abstract: A computing device may receive a Web service archive that includes a Web service implementation and a Web service deployment descriptor. The Web service deployment descriptor may specify how the Web service implementation is to be configured on the computing device. The computing device may deploy a Web service based, at least in part, on the received Web service archive.

Abstract: A method and system for container-based configuration and administration. In one embodiment, a configuration file is created at a first location. The configuration file is duplicated into a duplicate configuration file, which is placed at a second location.

Abstract: Embodiments of the invention are generally directed to a system and method for a Web service definition. A development environment may receive input selecting a Web service interface. The development environment may also receive input to specify one or more system independent features of the selected interface. In an embodiment, the development environment may create a Web service definition descriptor file that includes the received input specifying the one or more system independent features.

Abstract: A development environment may receive input selecting a Web service implementation. The development environment may also receive input to define a virtual interface of the selected Web service implementation. The development environment may create a virtual interface descriptor file that includes the received input defining the virtual interface. The development environment may generate a Web service description based, at least in part, on the virtual interface descriptor file.

Abstract: Methods and apparatus, including computer program products, for configuration domains for the configuration of web services and consumer proxies. In general, data characterizing one or more web services to activate is received and run-time configurations are caused to be generated for each of the web services and each of consumer proxies for the web services. The web services are from a provider system in a group of systems having a profile having one or more policies to be adhered to by the systems. The systems may include a consumer system and the provider system. The consumer system may have one or more consumer proxies to call the web services. The run-time configurations may include one or more settings derived from the policies of the profile.

Abstract: Methods and apparatus, including computer program products, for configuration of web services. In general, data is received characterizing web service calls for an application, a placeholder destination for the web service calls, and an identification of a system to be mapped to the placeholder; and a configuration is generated for the web service calls, where the configuration maps the placeholder destination to the system. The configuration may be a configuration of proxy objects to make the web service calls. Mapping the placeholder destination to the system may include generating a configuration including the system in lieu of the placeholder destination. Systems may be included in domains, where a security policy may be applied to systems in a domain.

Abstract: A computing device may define a virtual interface to provide an interface for a Web service implementation. The computing device may also create a Web service definition to specify a behavior of the defined virtual interface. The computing device may then provide a Web service archive that includes the virtual interface and the Web service definition.

Abstract: A system and method are provided to generate a dynamic web services invocation model. In one embodiment, a first metadata and a second metadata are extracted from description content of a Web Service Definition Language (WSDL) file. The first metadata and the second metadata are inspected. A web service is invoked via a dynamic web services invocation model.