Abstract: Methods, apparatus, and system to provide network services, including to manage and or produce a media stream, including by a party who is in a location that is remote relative to the live media streaming apparatus, and including to provide the network services to users of a local area network (“LAN”), including users of the LAN who may not have an Internet connection, as well as to users who connect with the network service over a wide area network, such as the Internet.

Abstract: Methods, apparatus, and system to provide network services, including to manage and or produce a media stream, including by a party who is in a location that is remote relative to the live media streaming apparatus, and including to provide the network services to users of a local area network (“LAN”), including users of the LAN who may not have an Internet connection, as well as to users who connect with the network service over a wide area network, such as the Internet.

Abstract: Methods, apparatus, and system to provide network services, including to manage and or produce a media stream, including by a party who is in a location that is remote relative to the live media streaming apparatus, and including to provide the network services to users of a local area network (“LAN”), including users of the LAN who may not have an Internet connection, as well as to users who connect with the network service over a wide area network, such as the Internet.

Abstract: The present invention is a system or method for assisting in the maintenance and servicing of computers. The system, for example, comprises a cluster database containing information relating to one or more computer clusters, the information relating to each cluster comprising one or more cluster descriptions and one or more representations of configuration information values that characterize typical computer members of the cluster, and also a tracker database containing configuration information values gathered from and relating to one or more computers.

Abstract: A method and system for identifying clusters of similarly-configured computers. The method, for example, comprises gathering system and business configuration information values from a set of computers. Next, at least a portion of the system and business configuration information values gathered from the set of computers is analyzed along with the numbers of computers that are configured in various ways. Then, using the result of the analysis as a guide, logical expressions of configuration information values are selected for use as definitions of one or more clusters of similarly-configured computers, the selection process generally maximizing the number of computers included within each cluster and also generally maximizing the number of configuration information value specifications included within the definition of each cluster.

Abstract: A method of developing sensitive and discriminatory diagnostic procedures for detecting active bacterial infection in animals, especially humans, basically involves partially digesting the genomic DNA of the infecting bacterial pathogen into a generally large number of ideally random fragments and finding proteins encoded by those fragments which evoke a discriminating response to specimens from viably infected animals. Cloning techniques are used to cause the genes of the multitude of DNA fragments to produce proteins. Groups of proteins encoded by the genes of each fragment are separately tested for the ability to generate an immune response in certain specimens from animals known to have "viable infection", "convalescent infection" and "naive status" with respect to infection by the infecting bacterial pathogen. The protein groups which evoke positive immune responses to viably infected but no immune response to naive specimens are identified as "selectively responsive proteins".