Microsoft Technology Licensing, LLC

Other

Ryan W Battle

John Hal Howard

Darren L Anderson

Max Edward Metral

Jeffrey Craig Kunins

Costel Radu

Robert Hall

Baskaran Dharmarajan

Wei-Quiang Michael Guo

Kenneth Fern

Yikang Xu

Christopher E Mitchell

Austina M De Bonte

Anush Prabhu Ramachandran

Christer Lundin

Vladimir Lozhkin

Roberto Santos

Yagnesh Setti Subramanian

Peter Ollodart

Aditya Makarand Desai

Joshua G Poley

Jared Lambert

Greg A Marks

Kanaka Komandur

Michael Wei-Quiang Guo

A computing system comprises, in one example, a service deployment system configured to deploy one or more service instances into a service instance pool, wherein each service instance comprises a computing resource configured in accordance with a service topology and allocable in response to a service request, and a pool management system configured to monitor consumption information related to consumption of the service instance pool and to determine whether to deploy one or more additional service instances to the service instance pool based on the consumption information relative to a threshold metric, wherein the pool management system comprises a deployment controller configured to control the service deployment system to deploy the one or more additional service instances to the service instance pool.

Computing resource management system

A computing system for managing storage relative to a storage subsystem is provided. The computing system includes a processor and a first interface configured to interact with a deployed software system using a representational state transfer communication technique. A second interface is configured to interact with the storage subsystem in accordance with the representational state transfer technique. The computing system is configured to interact with the storage subsystem via the second interface in response to a request from the deployed software system via the first interface and to provide an output to the deployed software system through the first interface based on the interaction with the storage subsystem.

Aggregated access to storage subsystem

A bicycle carrying system includes a first bicycle wheel mount device, a second bicycle wheel mount device, and one or more straps. The first bicycle wheel mount device couples on a vehicle bumper at a first location on the vehicle bumper. The second bicycle wheel mount device couples on a vehicle bumper at a second location on the vehicle bumper. The straps secure a frame of the bicycle to the vehicle.

Bicycle carrying system

Techniques are described that enable enterprise management of public instant message (IM) communications. When a user requests a connection with a public IM service, the connection request is redirected to a gateway server that is associated with a domain specified in the user's user ID. The gateway server acts as a pass through server between the user's IM client application and the public IM service. The gateway server may be configured to log IM communications in which the user participates. The gateway server may also be configured to control whether or not the user is able to participate in point-to-point communications through the user's IM client application. An enterprise routing server may also be implemented in a geo-distributed enterprise to route a redirected public IM connection request to an enterprise IM gateway server based on a geographic location associated with the user.

Enterprise management of public instant message communications

A computerized method and system for routing between network servers. A central database coupled to a central server on a data communication network stores information for identifying locations of a plurality of network servers on the network. Each network server provides at least one service via the network. The central server receives a request from the user for a selected service including a carry through keyword for controlling routing of the user to the selected service. The central server retrieves location information from the central database to identify the location of the network server providing the selected service and attaches the carry through keyword to the retrieved location information. The central server then routes the user with the carry through keyword to the network server, which directs the user to the selected service based on the carry through keyword.

Service routing and web integration in a distributed, multi-site user authentication system

A logout feature of a service that facilitates login to multiple domain websites maintains a list of the sites that a user logs on to during a session and completely logs the user out of all the sites they visited during the session. A data structure in the form of a cookie named 'Visited Sites' is used by a login server to maintain a list of all sites that a user logs on to during a session. When the user selects a logout link anywhere on the network, they are directed to a logout page on the login server. The login server retires all login domain cookies first, and displays a page that explains to the user that they are about to be logged out of each domain. The logout page generates image tags for each of the sites listed in the visited-sites cookie. The image tag provides a URL hosted at each site that expires any Passport cookies that are present at the site.

Multiple site automated logout

A mechanism for seeking access of a client to a first server is described. The mechanism involves determining that a client seeking access to the first server is not authenticated by an authentication server. The mechanism further involves communicating a request for login information to be returned to the second server from the client. Login information is received at the authentication server from the client. The client is authenticated by comparing the login information with authentication information maintained by the authentication server. When the login information matches the authentication information, a user authentication indicator is generated at the authentication server and the user sends the authentication indicator to the first server.

Accessing a server using a user authentication indicator

A user, by way of a computing device, requests and receives content from a first server at the computing device. An authentication response is also received from the first server at the computing device of the user. The authentication response includes an address of the second server and an executable script. The computing device of the user executes the executable script by issuing a request to the second server for state information corresponding to the user, receiving the state information from the second server; and determining, based on the state information, whether the user is authenticated to the second server. If the user is not authenticated to the second server, the computer device of the user displays a login module that is visually associated with the first server. Such login module collects login information for authenticating the user to the second server. If the user is authenticated in the second server, the computing device of the user issues a request to the second server for vouching information for authenticating the user to the first server.

Transparent authentication using an authentication server

A system determines whether to grant user access. Prior to granting access, the network server authenticates the user by sending an authentication request. An authentication server determines whether the user has been authenticated. If the user has been authenticated, the network server is notified and the network server grants access. If the user is not authenticated, then login information is retrieved and compared to maintained authentication information. If the retrieved login information matches, then the network server is notified. The retrieved login and authentication information is concealed from the network server. If the user is authenticated, a user profile is communicated to the network server with the notification. If the user is successfully authenticated, a cookie is provided to a user Internet browser. The cookie contains information regarding user authentication, the user's profile, and a list of network servers previously visited.

Authenticating user access request with an authentication server for accessing a network server without communicating user authentication cookie to the network server

A system determines whether to grants access to a network server by a user. Initially, a user attempts to gain access to a network server, such as a web server. Prior to granting access to the network server, the network server authenticates the user by sending an authentication request to an authentication server. The authentication server determines whether the user was already authenticated by the authentication server. If the user was already authenticated by the authentication server, then the network server is notified that the user is authenticated. The network server then grants the user access to the network server. If the user was not already authenticated by the authentication server, then login information is retrieved from the user and compared to authentication information maintained by the authentication server. If the retrieved login information matches the authentication information, then the network server is notified that the user is authenticated. The retrieved login information and the authentication information is concealed from the network server. If the user is authenticated, then a user profile is communicated to the network server along with the notification that the user is authenticated. If the user is successfully authenticated, then a cookie is provided to an Internet browser operated by the user. The cookie contains information regarding user authentication, the user's profile, and a list of network servers previously visited by the user.

Authenticating user access to a network server without communicating user authentication cookie to the network server

Service routing and web integration in a distributed multi-site user authentication system

A system determines whether to grant a user access to a network server. Prior to granting access to the network server, the network server authenticates the user by sending an authentication request to an authentication server. The authentication server determines whether the user was already authenticated by the authentication server. If the user is authenticated by the authentication server, then the network server is notified that the user is authenticated through the use of an authentication ticket, and the network server grants the network server user access. If the user is not authenticated by the authentication server, then login information is retrieved from the user and compared to authentication information maintained by the authentication server. If the retrieved login information matches the authentication information, then the network server is notified that the user is authenticated by using the authentication ticket.

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Ryan W Battle