WO1999063711A1

WO1999063711A1 - Method for accessing the resources of the world wide web

Info

Publication number: WO1999063711A1
Application number: PCT/RU1998/000163
Authority: WO
Inventors: Alexandr Gennadievich Likhachev
Original assignee: Ivanov, Iliya Borisovitch; Sofronov, Andrei Anatolievich
Priority date: 1998-06-02
Filing date: 1998-06-02
Publication date: 1999-12-09
Also published as: EA003439B1; AU8249398A; EA200001241A1

Abstract

The present invention pertains to the electric communication technology and may be used for reducing the time of access to the resources of data transmission networks or the Internet. This invention can also be used for integrating networks based on Internet protocols with existing infrastructures as well as with digital broadcasting techniques, i.e. air, cable, satellite, cellular or other broadcasting techniques. The purpose of this invention is to reduce the time for accessing the resources of the world wide web as identified by URL or URI systems. The method corresponds to the client/server interaction model, to the world wide web standards as well as to the Internet protocols. When a client/server inter-network connection is established on the paths of the Internet, the clients generate requests, send them to the servers and receive from said servers request objects and/or answer flows via proxy servers and/or gateways. The above-mentioned units concentrate and/or readdress and/or set as cache the requests and/or the request objects and/or the answer flows. The clients send their requests to the servers via the Internet network and through the proxy servers and/or gateways according to a first path. Once they have readdressed the requests to the servers and received from said servers the request objects and/or the answer flows, these units modify the transmission path of the request objects and/or the answer flows from the proxy servers and/or gateways to the clients in order to replace the first path with a second one. These units further send the request objects and/or the answer flows in a wide-broadcasting network to the clients using at least one unidirectional emitting network interface. The clients receive the request objects and/or the answer flows from the wide-broadcasting network and through the unidirectional emitting network interfaces. The second path is shorter than the first one and/or an indirect routing is applied on the first path while a direct one is applied on the second path. The clients may be web clients or private networks and/or LANs and/or intranet networks which are connected to the Internet via proxy servers and/or multi-service gateways.

Description

СПΟСΟБ ДΟСΤУПΑ Κ ΡΕСУΡСΑΜ

ΒСΕΜИΡΗΟЙ ПΑУΤИΗЫ

DESCRIPTION OF THE INVENTION

Area of technology

The invention is subject to electrical communications and may be subject to change.

be used to reduce access to resources

data transmission networks or the Internet, as well as for the integration of networks

on the basis of Internet business with existing tools and

Broadcasting technologies: broadcast, cable,

satellite, mobile and other.

PREVIOUS LEVEL OF TECHNOLOGY

The method of addressing and routing "Proceed

address resolution with προκxy "(Ρгοχу Αάάгезδ Κеδοϊиϊюη Ρгοϊοсοϊ

(ΑΚΡ)), and at the same time the network station responds to questions,

intended by another network station, impersonating

the requested station, after that it takes over everything

Necessary solutions for further routing and forwarding

Incidental emitter. Κ Qualitatively π ρ ο ο си

(Provider, distributor) receives, as a rule, the gateway in

from the net. The gateway answers questions for all stations 2 of the main network, being their representative in the local network, and the whole

A traffic to an adjacent network is ideal after passing through (Flamenko S,

Β., ΙηΙеιτιеΙ. The environment of the community. Pruotwin.

Russian Center for Physics and Technology Information, 1995. p. 287-

5,288).

This method allows you to solve a limited communication problem.

(interaction), but it is personal interaction through an intermediary, nodes

two adjacent networks and do not interoperate

to the client and the server located in other children or at home

separated by other subnetworks and gateways.

Well-known high-quality accessory, realized

on the basis of the broadcasting network in the network (W, 5347304, 09/13/94, Η04

Η 1/00). Β hybrid (cable, network cable) system

use transmission and high-speed access

15 digital information in a variety of packages of different lengths and uses

STANDARD PRACTICE AND COMPONENTS. The method concluded in

That is, customers send requests to servers for a narrow request.

channel (the back channel of the cable ,ν, at the moment of switching

to telephone lines via modem or digital network with integration

20 services (ΙδϋΝ)), and there is no return data flow

wide channel .ν channel. Β this access system 3 The client / server architecture is used on the basis of asymmetric

networks.

This method allows you to effectively solve only

The limited task, and specifically, the provision of high-quality

ACCESSIBLE KNOTS-CLIENTS LOCALIZED ON THE LIMITED

theory, τ.κ. this method will require a cable network with

Pay-per-view or direct-dial telephone with a live connection

NOTHING - THE MAIN STATION, THIS SYSTEM DOES NOT USE

economically solve the task of deploying a large distributed network

for customer sites, which are located at a significant distance

Parts of the art (for example, in another city), but also does not use

include in a wide network of domains already included in

The Internet through a narrow channel without changing the connection path κ

The Internet (the provider of Internet services) and those who are interested in connection with

therefore, the problem of new routing and addressing.

To the closest nto technical essence to the declared

There is a way of access to the resources of the World Wide Web

through се ο си си се се се и / и и и и че че че че че че че

the client / server interconnect on the Internet,

CUSTOMERS USING USERS FOR USE AND

They send them to servers and receive services from customers 4 and / or return flow through the server and / or gateways, and at the same time

the indicated nodes concentrate and / or transfer and / or

caches and / or inquiries and / or inquiries, and

servers perform the requests received from customers and, choosing

resources requested by customers, returning inquiries

and / or return flows from the network to the main server and / or

gateways, specified nodes returning objects of inquiries and / or

Responses to customers, (

Hey. СΕΚΝ, Οеηеνа (δννкζегϊаηά), Μау 25-27, 1994, ΡιгзΙ

The

<ig1: bir: // \ νννννν.

This method allows you to increase the effective bandwidth.

Downloading the network is only partial, due to caching, and only for

customers located in the same local network and / or the Internet, that

and rivals and / or gateways and do not affect much.

increase the area of distribution of the distributed network, t.κ. τρаφиκ

spare parts sold on public servers and / or gateways and inverse

Customers will be charged only one day and the same way.

Disruption of the technical essence

The main task of the invention is to reduce the time

access for service users to the resources of the World Wide Web (ϊάΨϊάϊά- 5 еάάЬ) )π маο ο ма маο τ τ ма τ ма τ маο маο маο πο π

the task of integrating networks on the basis of Internet business with

the existing equipment and technology of the digital

Broadcasts: etheric, cable, satellite, satellite and other.

With the implementation of this method, a reduction in time is achieved.

access to the resources of the World Wide Web for distributed and

remote users in 100-1000 times, in comparison with access

For switched telephone lines, which are technical

The result of the invention.

The technical result is achieved by the fact that in the process of access to

To the resources of the World Wide Web, which is concluded by

the client / server interconnect on the Internet,

Customers share requests and send them to servers and receive

Other services and / or return costs after using

servers and / or gateways, and thus the nodes indicated are concentrate

and / or transferring and / or caching problems and / or objects

Inquiries and / or return flows, and with this, customers are sent

QUESTIONS TO SERVERS ON THE INTERNET INTERNET ON SERVERS AND / OR

gateways are on the first route, and the indicated nodes, on the other hand,

concerns of servers and having received services of concerns and / or

Responses, change the transmission path of the inquiries 6 and / or return connections from servers and / or gateways κ

Customers with a first route to the second direction of the project

Inquiries and / or return flows to the broadcast network κ

Customers π at the very least, after one unified identification

network interface, and customers receive products

inquiries and / or returns from the broadcast network through

Concurrently hosted network interfaces, such as

a short route short of the first route and / or the first route

they are using indirect routing, but on the other hand.

Nearby servers and / or gateways change the transmission path

Inquiries for inquiries and / or return losses from the indicated nodes κ

For customers using the aforementioned routes.

Clients are private networks connected to the Internet

through rivals and / or gateways of private networks. Why

SEND TO THEIR BEFORE USING THE NEARBY PROTECTION OF THE SERVERS AND / OR

gateways of private networks connected to the Internet, and this

Inquiries and / or inquiries are received at the reception

route from the broadcast network of the specified nodes

private networks.

Gateways may be network gateways and / or

Transit Level and / or Distribution Level and / or 7th official level.

The private networks may be local networks and / or the Internet

and / or Internet domain and domain names and / or network networks

The Internet.

Customers send inquiries to servers on the Internet

π ρ ο си си се се и си си си си си си си си π π π π π π π π π

Internet gateways and Internet networks.

They measure the parameters and / or set the metric of the switch and the second

wrecking and comparing them.

Parameters for measuring faults and short-circuit paths are

the number of inter-network gateways to follow the path of interrogations and / or

Inquiries and / or returns.

The first section of the FIGURE explaining the claimed method

Φa φig. 1 Functional diagram illustrating

interconnections of the main functional nodes of the system in

In a preferred embodiment of the implementation of the method, where customer 1,

First route 2, the Internet 3 network along with those entering it

network gateways (routes) and networks

(by domains), προκxy servers and / or gateways 4; series 5 or more

Serve, the unified transmitting network interface 6, \ νθ-99/63711.

8 second route 7, broadcast network 8; fixed

home networking 9.

Φa φig. 2 variant of the implementation of the method

using the private network and / or the Internet, where the server and / or

private network gateway and / or intranet 10, other positions

Corresponds to the positions of the same nodes in Fig. 1.

PREFERRED EMBODIMENTS

this tool

Clients in the claimed method may be:

Μϊсгοδθй Ιηϊегηеϊ Εχρϊοге or ΝеΙδсарае СоттиηϊсаΙοг, and also

private networks and / or networks connected to the Internet via the Internet

virtual server and / or multi-service multi-gateway

and / or tunnel 10. Client 1, with access to the Internet,

Please send and send questions to servers 5. As a rule, ask for questions.

Questions are being asked at the Internet forum, i.e. προο

TsΚΙ or ΙЖЬ (ΙЖΙ - Шϊνегδаϊ Κеδοигсе Ιάеηϊ Шег, ЦΚΙ. - Ш.νегδаϊ

Δеδοигсе οсаΙοг). TROUBLESHOOTING THROUGH INTERNET GATEWAYS AND

Internet networks 3 on the first route 2 on the server

and / or gateways and / or tunnels 4. The indicated nodes are nodes

partners intended for accentuation

(multiplexing) and / or forwarding and / or caching 99/63711 ΡСΤЛШ 98/00163

9 inquiries and / or inquiries of data and / or inquiries of data inquiries

and / or inter-network traffic. Serve, by noting customer concerns οτ

On servers and / or gateways 4, they process and respond

in the case of objects and / or supplies, which he transfers to the indicated

nodes are intermediaries. Β First of all, nodes 4 π having understood the gray answers,

change (interrupt) the transmission path of the process and / or

Return data to customers 1 from front-end 2 to

second 7, send the objects and / or return data to

broadcast network, for example, in a high-speed network

DIGITAL BROADCASTING 8 κ CLIENTS 1 π τ τ τ ч

At Last, After One Unified Transmission Network

interface 6. Customers 1 receive inquiries from customers and / or responders

High-quality digital broadcasts 8 through

Concurrently hosted network interfaces 9, in particular

a short route short of the first route and / or the first route

they are using indirect routing, but on the other hand.

There is a particular case where customers 1 are used for

REFERENCES TO SERVERS 5 SERVICE AND / OR

multiservice gateways of 10 parts network and / or intranet

with the Internet 3. Questions are transmitted through the gateways and

Internet networks 3 on the first route 2 on the server \ νθ-99/63711

10 and / or gateways. The indicated nodes are Sites 4, having disarmed

Serving 5 and having received Serv 5, the subject of inquiries and / or the return

Processes, changing (disabling) the transmission failure of objects

Inquiries and / or return payments from the nodes of the outlets to 4 customers

from front of route 2 to second 7, with the direction of the emergency and / or

Return streams to the high-speed 8-k digital broadcast network

For customers 1 point of view - many points, at least, after

One Network Transmitter 6. Customers

1 Received spare parts and / or non-reclaimable supplies

Nearby servers and / or gateways of the 10 part network and / or from

8-channel high-speed digital broadcast network

Concurrently hosted network interfaces 9, in particular

a short route short of the first route and / or the first route

they are using indirect routing, but on the other hand.

Declared accessibility to the resources of the World Wide Web

is a transaction - a complete operation of changing states in

technical system The World Wide Web. For accessibility,

A user having an EC (external computer) with

Affiliate program - ν e-client available in the United States

Customer 1 forcing to the source of information - e-server

in the form necessary for the transmission of the Internet network, i.e. in \ νθ -99/63711 ΡСΤЛШ

11 compliance with the “Internet Business” (ΤСΡ / ΙΡ). Further, after

Telephony modem and general networks, general use

π (ρΗρρρΙΙΙΙедедедϊϊϊϊϊϊϊϊϊϊϊϊϊϊϊϊ) is subject to

to the corresponding node of the Internet, which is transmitted through it

INTERNET ONE BETWEEN ROUTE 2 FOR EXTREME SERIES 4

On the back of a high-speed broadcasting network 8.

If the server is 4, it is transmitted from the server 5 on the L-node in the network

The Internet, and having received a negatively requested object and / or an answer

Data flow, changes (transmits) the transmission path

Access to and / or data and / or interconnect

TROUBLESHOOT EXTERNAL SERVICE 4 TO CLIENTS 1 WITH TRANSFER ROUTE 2 ON

second 7. By adding the indicated items and / or file, in

HIGH-SPEED Broadcast Network 8 at the same time -

many points to customers 1. Customers 1 received

problems, for example ΗΤΜ b-cod (Η ϊ ϊ ϊ Ι ки ки ки ки ки))))), from

high-speed broadcasting network 8 through

NETWORK INTERFACES 9, CONVERSE OBJECTS IN REQUIRED FORM

and take them to the device for output of the C and / or on the screen of the C.

For the implementation of this asymmetric asynchronous

Access to the resources of a distributed network is counted,

recording or modifying data objects - indexed \ νθ-99/3711

12 Resources of the World Wide Web. Networks are being operated on

DATA OBJECTS AND / OR SERVICE IDENTIFIED

LJ or LJ. Β In the general case, in case of emergency

It accepts objects that are shared as LJ and loaded in

the base object, extracted during the sessions ΗΤΤΡ and

Generating on the Internet

ποτοκи. Obtain friendly

The process receives data and / or audio and video streams.

For the implementation of the indicated relationships, various types of

interworking models of computing network devices

customer / server: customer-agent-server. Proxy 4 are

agents, emerging simultaneously in the case of the client and server, and the whole

originating on the Internet and entering the Internet traffic

concentrates on it, τ.κ. all customers send requests κ

To servers and to receive any consumable objects of a reserve and / or

Processes through the indicated nodes Sites 4. Saving

It shortens the time for the client, as well as the normal load

to communication channels, τ.κ. reduces and smoothes the network traffic

which is completely non-essential, due to the circulation and

the many uses of data objects.

New system operation over whole data objects

modifying (disabling) disruption of their transmission, \ νθ-99/63711

13 COMPLETE AND FLEXIBLE DELIVERY OF DATA PROCESSES IN A DISPOSABLE

networks. Introduction of an additional route 7 for the hometown

Traffic, with a greater opportunity due to use

high-speed broadcasting network 8, makes it possible to reduce

ACCESS TIME FOR RESOURCES FOR NETWORK DISTRIBUTED AND REMOTE

USERS.

Shortcut 7 short of first turn 2 and / or at first

Route 2 uses indirect routing, and at the turn of 7

πρmyuyu. IMMEDIATELY IMPLEMENTED DIRECTLY BY ROUTING

communication between nodes, i.e. number of inter-network gateways on the route

equal to zero. Immediate routing removes the connection,

through the interrogation of inter-network gateways or,

πο κρayney meρe, οdin mezhseτevοy gateway τ.e. number of internetworks

the gateways on the route are bigger or the same.

At the same time, there is a significant decrease in resources.

due to the reduction in the number or exclusion of inter-network

gateways and / or routes to the next route

Transport facilities and / or data feeds

high-speed broadband channel. Also, time

access is decreasing due to cache and multi-user

the use of whole data objects extracted by νθ-99/63711

14 servers and / or gateways from the internetwork in the global network

The Internet.

Intended use

For the implementation of the indicated method in the quality of the client

USED PRODUCT USED - UNIVERSAL ^" CUSTOMER CLIENT

ΙηϊегηеΙ Εχρϊοgg κορπορATION Μϊсгοδοй or Νеϊδсаре Сottтиса

Campaigns Commodity data

OPERATING ON THE лаС PAYMENT (δegδοηаϊ Comp.)

The operational system of the United States

95 or ΝΤ. Κ quality

Customers may also have private and / or intranet networks

connected to the Internet through a server.

Аче ачеρ π се аче аче си си си ρ ρ ρ ρ ρ ρ аче

Neighborhood Μϊgogoziy Ρguοu δegνeg or Νеϊδсарае Ρгοχу δегνег higher

Named Firms that may be able to disable gateways \ ν_ηδοск and / or

δοскδ and / or δοскϊ.

Аче As a matter of fact, server software may be used

neighbors

Serve and / or ΗΤΤΡ Serve Μϊ г ο ο δ δ Ι ϊ ϊ

ΙηϊοgtaΙyη δegνeg or Νеϊδсарае δшϊеδροϊ SERUVER.

Аче The quality of the transmission network may be

use the hardware-based software υηϊνegzϊ

Βgοaάaηά Κοsheg 7246 φiρmy Sϊδsο δuδϊetz (118) or Sνegδaϊ \ νθ 59/63711

satellite вν in modulator (0_§_1a1 νϊάеο ΒΒάάάδΙϊη§) φе \ ν

Μеάιа СоттиηϊсаΙϊοη.

Аче The broadcast network may be used

networks of cable, broadcast, satellite or broadcasting, in

For convenience, C) ΑΜ or C) ΡδΚ modulation may be used.

Аче The size of the host network may be

use the cable modems of the company ϊ шая ϊ ν ν ν ν быв (former

Ηеηегаϊ ΙηзΙгатаηΙ), Сot21, ЗСот, Μοюοϊа or СЬегδаΙ

satellite BvΒ modem - network interface cards of the Νе \ ν

Μеάιа Соттиηιсаποη.

Claims

16

Formula of the invention

1. Access to the resources of the World Wide Web,

to the effect of customer and server interconnection

Internet routes, customers send questions and send

5 servers and receive services from customers and / or

RESPONSE PROCESSES THROUGH THE ENVIRONMENT OF SERVERS AND / OR GATEWAYS, AND THEREOF

the indicated nodes concentrate and / or transfer and / or

Caches and / or inquiries and / or inquiries,

characterized by the fact that customers send queries to servers π

network on the first server and / or first gateway

route, and the indicated nodes, having relocated the server to the server and

Upon receipt of a request for service and / or return,

CHANGE TRANSFER OF OBJECTS AND / OR RESPONSIBILITIES

On-site service and / or gateways to customers with the first-aid service

15 routes to the east, sending inquiries to and / or returning

Broadcast to the broadcasting network to customers, at the very least,

through one unified transmitting network interface, and

CUSTOMERS RECEIVE OBJECTS AND / OR RESPONSE PROCESSES FROM

Broadcasting network through unified identifiers

20 network interfaces, with the second route being faster than the first 17 routes and / or on the first route uses the indirect

routing, but on the first hand.

2. The method of π 1, which is different from that of the server and / or

gateways change the transmission path of the supply of resources and / or

5 RESPONSE FEEDS TO THE CUSTOMERS UNDERTAKEN

TRANSMITTINGS OF THE SPECIFIED ROUTES

3. Method of operation π.1, characterized in that the customers are

private networks connected to the Internet through the server

and / or private network gateways.

4. Method of distribution, which is characterized by the fact that requests are sent

ATTENTION TO THE NEARBY PROTECTION OF SERVERS AND / OR GATEWAYS

private networks connected to the Internet, and with this

Inquiries and / or returns are received directly from

Broadcasting Network with Indicated Part Nodes

15 networks.

5. Method π 1, or π. 3 or π 4, which differs in that

gateways may be network level gateways and / or

Transit Level and / or Distribution Level and / or

π и и κ лад лад лад лад ρ.

20 6. Method π.З or π.4, characterized by the fact that particular

the networks may be local networks and / or the Internet and / or domains 18 or Internet domain swaps and / or Internet networks.

7. Method πο π.1 or π. 3, characterized by customers

SEND QUESTIONS TO SERVERS ON THE INTERNET INTERNET ON THEIR SERVERS

and / or gateways through the network gateways and

5 Internet networks.

δ. Method π 1 or π. 3, which differs in that it measures

Parameters and / or set the method of the first and second routes and

There is a comparison.

9. The method is π.7 or π.8, which is different from the parameters

Measurements of the fault and short-circuit are quantitative

gateways on the way of following inquiries and / or objects

Inquiries and / or returns.