초록 ▼

A system for customizing individual internet access includes a server that registers a user with the system, stores information pertaining to internet sites the user is authorized to access, and controls the user's access to internet sites. A carding station is provided to enter personal identificat

A system for customizing individual internet access includes a server that registers a user with the system, stores information pertaining to internet sites the user is authorized to access, and controls the user's access to internet sites. A carding station is provided to enter personal identification information about the user and information regarding internet sites the user is authorized to access into the system. The carding station also generates a personal smart card for the user that includes a read only memory storing a serial number that correlates with data about the user stored in the server. An internet station is provided to allow the user to view the internet only with his or her personal smart card. While accessing the internet, the server controls the user's access to internet sites based on whether the information stored in the server indicates that the user is authorized to access the specific internet sites that are requested to be displayed. A secure sockets layer protocol provides security for the data transferred across the internet connection.

대표청구항 ▼

A system for customizing individual internet access includes a server that registers a user with the system, stores information pertaining to internet sites the user is authorized to access, and controls the user's access to internet sites. A carding station is provided to enter personal identificat

A system for customizing individual internet access includes a server that registers a user with the system, stores information pertaining to internet sites the user is authorized to access, and controls the user's access to internet sites. A carding station is provided to enter personal identification information about the user and information regarding internet sites the user is authorized to access into the system. The carding station also generates a personal smart card for the user that includes a read only memory storing a serial number that correlates with data about the user stored in the server. An internet station is provided to allow the user to view the internet only with his or her personal smart card. While accessing the internet, the server controls the user's access to internet sites based on whether the information stored in the server indicates that the user is authorized to access the specific internet sites that are requested to be displayed. A secure sockets layer protocol provides security for the data transferred across the internet connection. word. 7. A process for scheduling computer processor execution of commands in a plurality of instruction word formats, said process comprising: arranging commands into a properly formatted plurality of instruction words to provide a sequence selected to provide the most rapid execution of the operations; and rearranging said commands within said plurality of instruction words beginning at a last command of said sequence into instruction words selected to occupy the least space in memory, said rearranging comprises determining if said commands include a do nothing operation (no-op) command, said rearranging preserves any execution latency of said commands. 8. The process as described in claim 7, wherein the number of said plurality of instruction words is the same after said rearranging.9. The process as described in claim 8, wherein said rearranging further comprises: determining if a previous instruction word of said plurality of instruction words includes a command which can be moved to a subsequent instruction word. 10. The process as described in claim 7, wherein said rearranging further comprises: determining if a previous instruction word of said plurality of instruction words includes a command which can be moved to a subsequent instruction word. 11. The process as described in claim 7, wherein said rearranging further comprises: determining if a previous instruction word of said plurality of instruction words includes a command which can be moved to a subsequent instruction word, provided said commands include said do nothing operation command. 12. The process as described in claim 7, wherein said rearranging further comprises: expanding a short instruction word of said plurality of instruction words to a long instruction word. 13. A process for scheduling computer processor execution of commands in a plurality of instruction word formats, said process comprising: arranging commands into a plurality of instruction words that include said plurality of instruction word formats to provide a sequence selected to provide the most rapid execution of the operations; and rearranging said commands within said plurality of instruction words beginning at a last command of said sequence into instruction words selected to occupy the least space in memory, said rearranging comprises determining if said commands include a do nothing operation (no-op) command, said rearranging preserves any execution latency of said commands. 14. The process as described in claim 13, wherein the number of said plurality of instruction words is the same after said rearranging.15. The process as described in claim 14, wherein said rearranging further comprises: determining if a previous instruction word of said plurality of instruction words includes a command which can be moved to a later instruction word. 16. The process as described in claim 13, wherein said rearranging further comprises: determining if a previous instruction word of said plurality of instruction words includes a command which can be moved to a later instruction word. 17. The process as described in claim 13, wherein said rearranging further comprises: determining if a previous instruction word of said plurality of instruction words includes a command which can be moved to replace a no-op command of a later instruction word. 18. The process as described in claim 13, wherein said rearranging further comprises: expanding a short instruction word of said plurality of instruction words to a long instruction word. ts RP's in other domains. The normal source-tree building mechanism in PIM-SM is used to deliver multicast data over an internet domain distribution tree.