Mpath Interactive, Inc.

Hearme

Michael Andrew Wolf

Daniel Joseph Samuel

Jeffrey Rothschild

Stephen M Grimm

Steven Michael Grimm

Norman Robert Black

Marc Peter Kwiatowski

Conrad Donald Wong

Donald Peregrine Clark

A network match making system and method is used to match users of a multi-users networked application. Each user is associated with a client computer connected to the network. Clients are selected based on attributes of their users, the clients, servers, and/or communication links. The network match maker works with three different forms of network applications: peer-to-peer, multiple clients to a single server, and multiple clients to multiple servers. In one match maker method, a client computer and one multi-user application server are matched. A list of multi-user application servers connected to the computer network that are available for a match is received. At least one communication attribute of respective data communication links between the client computer and a plurality of multi-application servers in the received list is measured. An additional attribute, such as a server attribute, is received from at least one of the plurality of multi-user application servers. A subset of one or more multi-user application servers is then selected based on the measured communication attributes and the additional attribute received from the multi-user application servers.

Network match maker

A networked computer online gaming system and process arranged in a client/server online gaming architecture and utilized to run gaming programs. The client computers are configured to run a gaming client program. The server computers are coupled to the client computers via a network. The server computers run server programs including a master control program (MCP) that governs access of the server programs to the online gaming architecture, a servorum program (SV) for creating instances of a server program, a matchmaker program (MM) that supports rendezvous services, a game instances class server program (GICS) that enables games and provides user to user communication, and game upper level protocol server program (GULP) that supports the user to user communication provided by said GICS.

Online gaming architecture

A network match making system and method is used to match users of a multi-user networked application. Each user is associated with a client computer connected to the network. Clients are selected based on attributes of their users, the clients, servers, and/or communication links. The network match maker works with three different forms of network applications: peer-to-peer, multiple clients to a single server, and multiple clients to multiple servers. In one match maker method, remote server computers and client computers are matched. A match maker receives a plurality of client requests and a plurality of server requests. At least two instances of client programs and at least one instance of server programs are selected based on client and server attributes.

A method and apparatus related to grouping (or matching) network users and computers associated with multi-user applications is disclosed. Each user is associated with a client computer that is connected to a network. A match maker application resides on one or more server computer(s). The match maker application controls the process of collecting Clients into matched sets, called client groups, based upon a wide range of attributes of the users, their client computers, the server computers, software application titles, application instances and/or data communication links of the network, for example. Each time the match maker application creates a client group, it creates a group data set that represents the client group. Network match making information is presented to users in an understandable manner using icons, other graphical images or collections of icons and/or images, for example, displayed on a display screen. For example, a non-textual element of a graphical image can be varied to communicate group information about a client group to a user. A variety of non-textual elements can be used to communicate a variety of group information to a user.

Method and apparatus for match making

A network match making method and system matches an additional computer executing an instance of a client computer program with one or more other computers executing instances of client computer programs. The computers are linked by one or more communication links. A match maker computer program receives a request from the instance executing on the additional computer to match with an instance executing on another computer. A measurement request is sent to the instance executing on the additional computer. Communication attributes between the additional computer and each existing computer are measured and an existing computer is selected as a match for the additional computer if one of the communication attributes exceeds a minimum performance requirement. Existing computers can be further selected based on further attributes. If none of the communication attributes meets the minimum performance requirement, a match maker program waits for a further request. The communication attributes measured can relate to at least one parameter such as latency, packet lost rate, and bandwidth.

Network match maker matching requesters based on communication attribute

A network match making system and method is used to match users of a multi-user networked application. Each user is associated with a client computer connected to the network. Clients are selected based on attributes of their users, the clients, servers, and/or communication links. The network match maker works with three different forms of network applications: peer-to-peer, multiple clients to a single server, and multiple clients to multiple servers. In one late server binding method, a set of computer objects is created. The set of computer objects has a plurality of client instances of client computer programs together with a server instance of a server computer program selected from a set of server instances. A match maker receives from a first client instance a first request to be joined into the set of computer objects. The first request has first client attributes associated with the first client instance. The match maker selects a first server subset of the set of server instances in response to the first request based on the first client attributes and creates the set of computer objects consisting of the first client instance. The match maker augments the set of computer objects with a second client instance of a client computer program. In particular, the match maker receives from the second client instance a second request to be joined into the set of computer objects. The second request has second client attributes associated with the second client instance. The match maker removes a second server subset from the first server subset in response to the second request based on the second client attributes and adds the second client instance to the set of computer objects. Finally, a member of the second server subset is added to the set of computer objects based on attributes associated with each member of the set of computer objects.

Growing community of inventors

Mountain View, CA, United States of America

Michael Andrew Wolf