Abstract:
A method for a computer network includes a plurality of customer web servers, each of the customer web servers storing a web page, using a POP DNS server to determine a customer web server from the plurality of customer web servers, the customer web server having a traffic load lower than traffic loads of other customer web servers in the plurality of customer web servers, requesting the web page from the customer web server, the web page including static content represented by an embedded URL, resolving the URL to a POP DNS server within a POP server network, using the POP DNS server to determine a web cache from a plurality of web caches to provide static content for the URL.
Abstract:
A network of point of presence servers allows a customer to organize their web site by functions where functions are mapped into domain names. The functions have requirements that define what is needed by a server to satisfy the function. The domain names are mapped into resources or servers that can be addressed by the domain name and that satisfy requests for the function that domain name has been defined to support. This method of organization allows individual elements of a web page to be retrieved from different resources and gives the name server the control to direct users to an available and optimal server for a given resource.
Abstract:
A method for confirming the active intake of marijuana and its active component Δ9-tetrahydrocannabinol (“Δ9-THC”) by detecting the amount of 11-nor-Δ9-THC carboxylic acid (“THCA”) in oral fluid at the picogram per milliliter (pg/ml) level using chromatography/mass spectrometry/mass spectrometry (“GC/MS/MS”).
Abstract translation:通过检测口服液中11-nor-Delta9-THC羧酸(“THCA”)的量以每毫升微微克的量确定大麻及其活性成分Delta9-四氢大麻酚(“Delta9-THC”)的活性摄入量的方法 (pg / ml)水平,使用色谱/质谱/质谱(“GC / MS / MS”)。
Abstract:
A method for confirming the active intake of marijuana and its active component Δ9-tetrahydrocannabinol (“Δ9-THC”) by detecting the amount of 11-nor-Δ9-THC carboxylic acid (“THCA”) in oral fluid at the picogram per milliliter (pg/ml) level using chromatography/mass spectrometry/mass spectrometry (“GC/MS/MS”).
Abstract translation:通过检测口服液中11-nor-Delta9-THC羧酸(“THCA”)的量以每毫升微微克的量确定大麻及其活性成分Delta9-四氢大麻酚(“Delta9-THC”)的活性摄入量的方法 (pg / ml)水平,使用色谱/质谱/质谱(“GC / MS / MS”)。
Abstract:
A method for a computer network includes sending a first request from a web client for resolving a first web address of a web page to a client DNS server, sending the first request from the client DNS server to a POP DNS server within a POP server network, using a probe server in the POP server network to determine traffic loads of a plurality of customer web servers, each of the customer web servers storing the web page, using the POP DNS server to determine a customer web server from the plurality of customer web servers, the customer web server having a traffic load lower than traffic loads of other customer web servers in the plurality of customer web servers, requesting the web page from the customer web server, the web page including static content represented by an embedded URL, sending the web page from the customer web server to the web client, sending a second request from the web client for resolving the URL to the client DNS server. sending the second request from the client DNS server to the POP DNS server within a POP server network, using the probe server to determine service metrics of a plurality of web caches within the POP server network, using the POP DNS server to determine a web cache from the plurality of web caches, the web cache having service metrics more appropriate for the second request than service metrics of other web caches in the plurality of web caches, requesting the static content from the web cache, sending the static content to the web client, and outputting the static content with the web client.
Abstract:
A load balancing service for a plurality of customers performs load balancing among a plurality of customer Web servers. Requests for Web content are load balanced across the customer Web servers. The load balancing service provider charges a fee to the customers for the load balancing service. A caching service is also provided that comprises a plurality of caching servers connected to a network. The caching servers host customer content that can be cached and stored, e.g., images, video, text, and/or software. The caching servers respond to requests for Web content from clients. The load balancing service provider charges a fee to the customers for the Web caching service.
Abstract:
A scalable domain name system with persistence and load balancing receives requests from client DNS servers or other DNS servers. Each DNS server is associated with a subset of the DNS groups in the network and the invention checks to see if the client DNS server is part of the DNS group that the DNS server is authoritative. If the DNS server is not authoritative for the client DNS server's group, then the request is forwarded to the proper DNS server. The receiving DNS checks to see if a persistent response is required for the request. If a persistent response is required, the appropriate IP address is returned to the requestor. If a persistent response is not required, the load, availability, and latency of the content servers are used to determine the proper content server's address to return to the requestor.
Abstract:
A system and method for alert handling on a network. An alert setup message is received from a originator. The alert data structure includes an alert data structure. If the alert data structure is determined to be authentic, then the alert data structure is processed. If the alert data structure is not determined to be authentic, it can be determined to be invalid. An alert occurrence message that includes an authenticated alert payload is received. If the alert payload is determined to be authentic, then the alert payload is processed. If the alert payload is determined not to be authentic, then the alert payload is determined to be invalid. An authentic alert payload can be processed to cause an alert action to be performed.
Abstract:
A system and method for the discovery of information from a second resource by a first resource through a network using authentication. A discovery request message is received at the second resource. The discovery request message includes discovery request data. If the second resource determines that the discovery request data is authentic, the second resource sends a discovery response message to the first resource through the network. The discovery response message includes authenticated discovery response data. Authentication provides assurance that the purported source of authenticated data is the true source, and protects the integrity of the authenticated data.