CN105897646A - Ubiquitous network construction method based on Internet - Google Patents
Ubiquitous network construction method based on Internet Download PDFInfo
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- CN105897646A CN105897646A CN201410497441.7A CN201410497441A CN105897646A CN 105897646 A CN105897646 A CN 105897646A CN 201410497441 A CN201410497441 A CN 201410497441A CN 105897646 A CN105897646 A CN 105897646A
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Abstract
TCP/IP protocols define that a communication person and communication equipment are in one-to-one correspondence binding relationship; therefore, the Internet associated only depending on an IP address cannot satisfy a ubiquitous network communication requirement that any person and thing can be freely connected at any time and in any place; and that is to say, the Internet associated only depending on the IP address is impossibly transformed into a ubiquitous network, which is the defect of IPv6. The method of the invention comprises that the binding relation is broken, wide area Internet serves as intranet of the Internet of Things, and multiple local area Internets are constructed in the periphery of the wide area Internet; an IP datagram is changed into an Internet of things datagram (namely TIP datagram), and the TIP datagram and a domain name processor are used for instant exchange of the ubiquitous name between two communication parties; and the intranet of the Internet of Things, the extranet of the Internet of things, the TIP datagram and the processor coordinate to construct the ubiquitous Internet of things, ubiquitous network for short.
Description
One, technical field: a kind of method based on the Internet structure ubiquitous network belongs to networking technology area.
Two, background technology: it is the binding relationship of " one_to_one corresponding " that ICP/IP protocol defines between " communication people " and " communication equipment ", that is, if and only if having a computer in the case of, can only a personal communication, this allow for only by the Internet of IP address information cannot meet anyone and thing at any time with the Ubiquitous Network communicating requirement of the arbitrarily link in place, the most only the Internet by IP address information can not be directly ubiquitous network by topology, this IPv6 technology being mainly used to expand IP number of addresses the most just is difficult to one of reason of promoting.Hierarchical classification division has just been done at the beginning of design in IP address by ICP/IP protocol, this results in and there is inborn grade classification between the user having different domain name, occur in that big website is to the administration of little netizen and interference effect, compromise while network application is worth and plays, deviate from the principle of development of " everybody in face of network freely, thing thing equality ".ICP/IP protocol is at the initial stage of internet development, structure and the development of flattening network are promoted greatly, but owing to it exists " rank character " design obstinate disease, instead the huge obstacle that parallel peer-to-peer network develops has been become at present, exactly enjoy the infinite using value that parallel peer-to-peer network brings and be only the essence driving source that global network user promotes internet to advance, so, comply with technology trend and build, based on the Internet, the certainty that ubiquitous network is the development of a kind of technology.The present invention is: first broken " binding " relation between " communication people " and " communication equipment ", using wide area Internet as the Intranet of Internet of Things, some local internets are built in the periphery of wide area Internet, some local internets constitute again the outer net of Internet of Things in the way of shared Intranet, and Intranet and outer net have collectively constituted Internet of Things；Then utilize instant ubiquitous domain name to instead of lifelong tenure domain name, use the instant search of ubiquitous domain name processor and function of exchange to achieve " everybody in face of network freely, thing thing equality "；Be finally based on wide area Internet, local internet, ubiquitous domain name, TIP datagram, ubiquitous domain name processor achieve that a kind of any ubiquitous people uses any ubiquitous thing ubiquitous instant peer-to-peer communications on any space-time, this the Internet achieving ubiquitous instant peer-to-peer communications is exactly ubiquitous communication Internet of Things, is called for short ubiquitous network.Through retrieval, same or analogous technology is not also had to occur at networking technology area.
Three, summary of the invention:
1, the technical scheme of a kind of method building ubiquitous network based on the Internet: first, first, using wide area Internet as the Intranet of Internet of Things, some local internets are built in the periphery of wide area Internet, if each local internet is all based on level packet, multi-fork logic tree route technology is combined by main line device, wherein it is in the router of link position between local internet and wide area Internet and is referred to as router of internet of things, some local internets constitute again the outer net of Internet of Things in the way of shared Intranet, and Internet of Things Intranet and outer net have collectively constituted Internet of Things；Then, the terminal unit (ubiquitous thing) being connected for all and local internet in all local internets of Internet of Things outer net gives the unique ubiquitous name (serial number) of universe, for using all ubiquitous people (can be robot) of Internet of Things outer net to give the unique ubiquitous name of universe (natural language user name), owing to ubiquitous people and ubiquitous thing are all the most random, any peer-to-peer network communication occurs after being combined by ubiquitous people and ubiquitous thing again, it is therefore necessary to use ubiquitous domain name processor according to ubiquitous people and the randomness of ubiquitous thing, the ubiquitous name of instant combination and the ubiquitous ubiquitous domain name of name in-time generatin；Followed by, utilize datagram preprocessor, based on ubiquitous domain name and other information (the safest, copyright information) as internet data message (IP datagram) transform Internet of Things datagram (TIP datagram)；Followed by, there are foundation and this data transfer tool of TIP datagram of ubiquitous this identification of domain name, just can build one for the ubiquitous domain name processor searched for and exchange, to meet the instant messaging requirement that network service both sides " confirm " immediately, this processor is referred to as ubiquitous domain name processor；Finally, achieve that a kind of the most ubiquitous to enter to use any ubiquitous thing ubiquitous instant peer-to-peer communications on any space-time based on generalized internet, local internet, ubiquitous domain name, TIP datagram, ubiquitous domain name processor, just can build a kind of Internet of Things being capable of ubiquitous instant peer-to-peer communications, this ubiquitous instant peer-to-peer communications Internet of Things is exactly ubiquitous network.
2, the technical characteristic of level packet multi-fork logic tree route technology: first using the entrance of router of internet of things as " root node " of logic tree, the port of the router being connected by all and ubiquitous thing is as " leaf node ", by the path processor in router of internet of things according to level block encoding and level packet multi-fork logic tree shortest path coded system, provide " level block encoding " and " level packet multi-fork logic tree shortest path coding " that the port of the router that all and ubiquitous thing connects is corresponding, these physical link paths corresponding to " level packet multi-fork logic tree shortest path coding " are exactly ubiquitous thing physics route in this local internet.
3, level block encoding and the technical characteristic of level packet multi-fork logic tree shortest path coded system: level here refers to process for the division in level dimension of the space residing for binary encoding object, packet refers to carry out marshalling process for the coded object in same layer, and multi-fork logic tree refers to can there be a kind of tree-shaped figure of plane geometry of multiple branch with y-bend logic tree same node comparatively speaking；The concrete coded system of level block encoding is: plane space residing for coded object is divided in level dimension multiple layer and gives level number (available capitalization represents), coded object in same layer is divided into multiple groups and gives group number (available lower case represents), coded object in same group is sorted and gives sequence number (representing by numeral), then level number, group number and sequence number are combined the level block encoding generating router port；The concrete coded system of level packet multi-fork logic tree shortest path coding is: using the ubiquitous thing physics port that comprises of route in local internet as " leaf node " of logic tree, sequentially provide all of the port corresponding " leaf node " to arrive " root node " or " root node " and arrive the level block encoding of " leaf node ", the continuous print " leaf node " at this time obtained arrives " root node " or " root node " and arrives multiple level block encoding sequential combination of " leaf node ", it is exactly level packet multi-fork logic tree coding corresponding to ubiquitous thing physics route in local internet；Figure of description 1 is shown in by level packet multi-fork logic tree schematic diagram.
4, the technical characteristic of ubiquitous domain name processor: current internet terminal equipment is only assigned an IP address, this can cause same terminal unit can not meet the network linking requirement of multiple ubiquitous people simultaneously, this the Internet that also just meaning only associates by one, IP address logical value can not be used directly to build ubiquitous network, it is necessary to expand to three: IP address, ubiquitous name, ubiquitous name for associating a logical value of the Internet；Again can be constant due to IP address, but the people in ubiquitous network and thing may move, variable, it is necessary according to random when and where, at random ubiquitous name and the ubiquitous name of sender of communications are combined the ubiquitous domain name in in-time generatin departure place immediately, at random the ubiquitous domain name of destination of communication reciever is resolved to ubiquitous name and ubiquitous name immediately, to meet the needs of the instant peer-to-peer communications of Ubiquitous Network, performing this ubiquitous domain name and immediately combining and resolve the processor of task is exactly ubiquitous domain name processor.
5, the technical characteristic of datagram preprocessor: (the safest in order to realize ubiquitous domain name and other information, copyright information) instantaneous transmission, first ubiquitous domain name and other information are inserted into and are transmitted the front end of data or are placed among the annotation section being independently arranged, then this information data being inserted into or being placed ubiquitous domain name and other information is transmitted information data as new, IP datagram is generated according to ICP/IP protocol again by IP datagram maker, it is transmitted information data owing at this time generating not only to contain among IP datagram, and contain ubiquitous domain name and other information, this IP datagram containing ubiquitous domain name and other information is referred to as TIP datagram, this data processor that IP datagram can transform as TIP datagram is exactly datagram preprocessor.
6, TIP datagram and domain name processor is utilized to realize the technical characteristic that the ubiquitous domain name of communicating pair exchanges immediately: wherein domain name processor uses the shared system of customer data base global multipoint, that is some domain name processors that the whole world uses implement distribution in line with equal freedom principle, the customer data base that all processors use is all identical, and it is that equity is interactive that data update；Ubiquitous domain name immediately exchanges the ubiquitous thing being to be used by communication applicant and the TIP datagram carrying the ubiquitous name of communication receiver is uploaded to domain name processor, ubiquitous for recipient name is extracted by domain name processor, the customer data base utilizing oneself provides the information such as the most online and corresponding ubiquitous domain name of communication receiver and currently used IP address immediately, and this information is fed back to immediately the applicant that communicates, after communication applicant receives feedback information immediately, just can implement association according to feedback information with communication receiver to communicate, so far, the instant exchange process of ubiquitous domain name i.e. comes to an end.
7, the technical characteristic of ubiquitous instant peer-to-peer communications: ubiquitous instant peer-to-peer communications refers to a kind of instant peer-to-peer communications that any ubiquitous people uses any ubiquitous thing on any space-time, and the process schematic that implements of ubiquitous communication is shown in Figure of description 2；Ubiquitous people A (1) accesses the local internet (9) in Internet of Things outer net first by ubiquitous thing C (2) and " the ubiquitous name " of a certain existing " ubiquitous name ", the ubiquitous domain name corresponding by the ubiquitous people of ubiquitous domain name processor (7) in-time generatin (1) installed among ubiquitous thing C (2), and start the access interface of local internet (9), after router of internet of things E (10) receives the initiation message of access interface, " the routing scheduling table " that level block encoding according to ubiquitous people A (1) access interface and router of internet of things E (10) processor automatically generate, automatically generate the level packet multi-fork logic tree coding that this port is corresponding again, and ubiquitous domain name and level packet multi-fork logic tree coding are added in " routing scheduling table "；nullWhen ubiquitous people A (1) sends information data，After data pre-packaged being sent by the datagram preprocessor (8) among ubiquitous thing C (2)，It is then forwarded to ICP/IP protocol datagram maker (11) among ubiquitous thing C (2) and generates TIP datagram，And it is sent to the router of internet of things E (10) among local internet (9)，It is internal or outside that router of internet of things E (10) at this time needs to judge that TIP datagram is sent in local internet (9) according to " routing scheduling table "，The following two kinds situation to be allocated as processes: one is that the TIP datagram received as router of internet of things E (10) is judged as that local internet (9) internal data is given the correct time，Router of internet of things E (10) needs again to call " routing scheduling table "，Provide the level packet multi-fork logic tree coding that the ubiquitous domain name of the destination comprised in TIP datagram is corresponding，According to this coding, TIP datagram is sent to the ubiquitous thing C (2) being connected with local internet (9) port that the ubiquitous domain name of destination is corresponding again，Datagram preprocessor (8) among ubiquitous thing C (2) resolves the ubiquitous domain name of destination therein immediately according to TIP datagram，And this TIP datagram is sent to the ubiquitous people B (12) that the ubiquitous domain name of destination is corresponding，So far the transmitting procedure of local internet (9) internal data report is i.e. accused complete: two is that the TIP datagram received as router of internet of things E (10) is judged as that local internet (9) external data is given the correct time，Router of internet of things E (10) directly TIP datagram is sent to as Internet of Things Intranet use wide area Internet (3)，TIP datagram is sent to local internet net router of internet of things F (4) according to the destination IP address comprised among TIP datagram by wide area Internet (3)，Router of internet of things F (4) needs to call " routing scheduling table "，Provide the level packet multi-fork logic tree coding that the ubiquitous domain name of the destination comprised in TIP datagram is corresponding，According to this coding, TIP datagram is sent to the ubiquitous thing D (5) being connected with local internet (9) port that the ubiquitous domain name of destination is corresponding again，Ubiquitous domain name is extracted by the datagram preprocessor (8) among ubiquitous thing D (5)，Relay to ubiquitous domain name processor (7)，Ubiquitous for destination in ubiquitous domain name domain name is parsed by ubiquitous domain name processor (7) immediately，And according to destination's ubiquitous domain name, TIP datagram is sent to the ubiquitous people G (6) that the ubiquitous domain name of destination is corresponding，So far the transmitting procedure of local internet (9) external data report is i.e. accused complete.
8, routing scheduling table and the technical characteristic of application thereof: this table is the form of one 4 row n (n >=2) row for local internet, wherein, 1st row is the IP address description line (changing one's profession regardless of row) that router of internet of things uses, the all of the port respective layer level block encoding that the main line device that local internet comprises comprises if what 2 to n row the 1st list reached is, what 2 to n row the 2nd list reached is port arrives router of internet of things outlet institute encodes through the level packet multi-fork logic tree shortest path that path node is corresponding, what 2 to n row the 3rd list reached is the physics route that port is corresponding, what 2 to n row the 4th list reached is uses the ubiquitous people of the port ubiquitous domain name corresponding with ubiquitous thing；nullRouter of internet of things uses this routing scheduling table to be divided into three kinds of situations: one is when certain Single port using ubiquitous thing to access local internet as ubiquitous people realizes local internet communication registration，Local internet net router of internet of things to read the IP address of local internet again in this table the 1st row，And feed back to ubiquitous thing，Ubiquitous domain name is generated according to ubiquitous name and ubiquitous name again by the ubiquitous domain name processor among ubiquitous thing，Datagram preprocessor is given again by ubiquitous domain name，Datagram preprocessor again using port access information as being transmitted data，Generate the TIP datagram for port access information comprising ubiquitous domain name，And this TIP datagram is sent to router of internet of things，Ubiquitous domain name is added in the row that in routing scheduling table, in the 4th row, ubiquitous domain name use port is corresponding by the port access information that router of internet of things comprises according to this datagram，The access procedure of the most ubiquitous thing i.e. comes to an end；Two is that ubiquitous people uses ubiquitous thing be switched to another port to be realized roaming communication (can being inside local internet by certain Single port of local internet, may also be between local internet) when, the ubiquitous thing needing roaming needs before port switches, the TIP datagram carrying handover information is sent to router of internet of things, after router of internet of things receives handover information, if registered ubiquitous thing in net, according to the communication registration information among handover information amendment routing scheduling table, after having revised, traffic operation is performed according to new log-on message, if non-registered users between Wang, then the ubiquitous domain name that ubiquitous thing is uploaded is added among routing scheduling table, traffic operation is performed according to new log-on message, the roaming switch process of the most ubiquitous thing i.e. comes to an end；Three is when router of internet of things receives the TIP datagram comprising the communication information, first have among TIP datagram copy the ubiquitous domain name of destination therein, then in the 4th row of routing scheduling table, inquire the ubiquitous domain name of destination to be expert at, physics therein route is copied again from the 3rd row of this row, the last access interface that TIP datagram is sent to local internet corresponding to the ubiquitous domain name of destination according to physics route, at this moment the process of sending to of TIP data i.e. comes to an end.
Four, accompanying drawing explanation:
Fig. 1 is that level is grouped multi-fork logic tree schematic diagram, wherein, 1-generalized internet, 2-level packet leaf node, 3-root node ,-4 the 1st layers of leaf node, the 2nd layer of leaf node of 5-, 6-n-th layer leaf node；
Fig. 2 be ubiquitous communication implement process schematic, wherein, 1-ubiquitous people A, 2-ubiquitous thing C, 3-wide area Internet, 4-router of internet of things F, 5-ubiquitous thing D, 6-ubiquitous people G, 7-ubiquitous domain name processor, 8-datagram preprocessor, 9-local internet, 10-router of internet of things E, 11-local internet, 12-ubiquitous people B.
Five, detailed description of the invention:
1, the present invention is utilized to develop a kind of Internet of Things datagram；
2, the present invention is utilized to develop a kind of ubiquitous DNS management system of global general-use；
3, the present invention is utilized to develop a kind of router of internet of things；
3, the present invention is utilized to develop a kind of local internet；
4, the present invention is utilized to transform the Internet as ubiquitous network.
Claims (8)
1. the technical scheme of method building ubiquitous network based on the Internet: first, first, using wide area Internet as the Intranet of Internet of Things,
Build some local internets in the periphery of wide area Internet, each local internet is all based on layer dimension packet multi-fork logic tree route technology by some
Road device combines, and is wherein in the router of link position between local internet and wide area Internet and is referred to as router of internet of things, and some locals are mutual
Networking constitutes again the outer net of Internet of Things in the way of shared Intranet, and Internet of Things Intranet and outer net have collectively constituted Internet of Things；Then, outside for Internet of Things
All terminal units (ubiquitous thing) being connected with local internet in all local internets of net give the unique ubiquitous name (sequence of universe
Row number), for using all ubiquitous people (can be robot) of Internet of Things outer net to give unique ubiquitous name (the natural language user of universe
Name), owing to ubiquitous people and ubiquitous thing are all the most random, any peer-to-peer network communication is again to be occurred by after ubiquitous people and the combination of ubiquitous thing
, it is therefore necessary to use ubiquitous domain name processor according to ubiquitous people and the randomness of ubiquitous thing, the ubiquitous name of instant combination and ubiquitous name are given birth to immediately
Become ubiquitous domain name；Followed by, utilize datagram preprocessor, based on ubiquitous domain name with other information (the safest, copyright information) by the Internet
Datagram (IP datagram) transform Internet of Things datagram (TIP datagram) as；Followed by, had ubiquitous this identification of domain name foundation and
This data transfer tool of TIP datagram, it is possible to build a ubiquitous domain name processor being used for searching for and exchanging, to meet network service both sides
The instant messaging requirement " immediately confirmed ", this processor is referred to as ubiquitous domain name processor；Finally, based on generalized internet, local internet,
Ubiquitous domain name, TIP datagram, ubiquitous domain name processor achieve that a kind of any ubiquitous people uses any ubiquitous thing on any space-time ubiquitous i.e.
Time peer-to-peer communications, so that it may building a kind of Internet of Things being capable of ubiquitous instant peer-to-peer communications, this ubiquitous instant peer-to-peer communications Internet of Things is exactly ubiquitous
Net.
2. according to claim 1, the technical characteristic of layer dimension packet multi-fork logic tree route technology: first using the entrance of router of internet of things as logic
" root node " of tree, the port of the router being connected by all and ubiquitous thing, as " leaf node ", is depended on by the path processor in router of internet of things
According to layer dimension block encoding and layer dimension packet multi-fork logic tree shortest path coded system, the port providing the router that all and ubiquitous thing connects is corresponding
" layer dimension block encoding " and " layer dimension packet multi-fork logic tree shortest path coding ", these " layer dimension packet multi-fork logic tree shortest path coding "
Corresponding physical link path is exactly ubiquitous thing physics route in this local internet.
3. according to claim 1,2, layer dimension block encoding and the technical characteristic of layer dimension packet multi-fork logic tree shortest path coded system: here
Layer dimension refers to process for the division in level dimension of the space residing for binary encoding object, and packet refers to carry out for the coded object in same layer
Marshalling processes, and multi-fork logic tree refers to can there be a kind of plane geometry dendrogram of multiple branch with y-bend logic tree same node comparatively speaking
Shape；The concrete coded system of layer dimension block encoding is: plane space residing for coded object is divided in level dimension multiple layer and gives level number
(available capitalization represents), the coded object in same layer is divided into multiple groups and gives group number (available lower case represents), by same group
Coded object sorts and gives sequence number (representing by numeral), then level number, group number and sequence number are combined the layer dimension packet generating router port
Coding；Layer dimension packet multi-fork logic tree shortest path coding concrete coded system be: by ubiquitous thing in local internet physics route comprise
Port as " leaf node " of logic tree, sequentially provide all of the port corresponding " leaf node " and arrive " root node " or " root node " and arrive " leaf
Node " layer dimension block encoding, the continuous print at this time obtained " leaf node " arrives " root node " or " root node " and arrives the multiple of " leaf node "
Layer dimension block encoding sequential combination, it is simply that the layer dimension packet multi-fork logic tree coding that ubiquitous thing physics route in local internet is corresponding；Layer dimension point
Figure of description 1 is shown in by group multi-fork logic tree schematic diagram.
4. according to claim 1, the technical characteristic of ubiquitous domain name processor: current internet terminal equipment is only assigned an IP address, this
Same terminal unit can be caused can not to meet the network linking requirement of multiple ubiquitous people, and this also just means and only closes by one, IP address logical value simultaneously
Connection the Internet can not be used directly to build ubiquitous network, it is necessary to by for associate a logical value of the Internet expand to three: IP address,
Ubiquitous name, ubiquitous name；Again can be constant due to IP address, but the people in ubiquitous network and thing may move, variable, it is necessary to foundation
Random when and where, combines the ubiquitous domain name in in-time generatin departure place immediately by ubiquitous name and the ubiquitous name of sender of communications at random,
At random the ubiquitous domain name of destination of communication reciever is resolved to ubiquitous name and ubiquitous name, immediately to meet the need of the instant peer-to-peer communications of Ubiquitous Network
, performing this ubiquitous domain name and immediately combining and resolve the processor of task is exactly ubiquitous domain name processor.
5. according to claim 1,4, the technical characteristic of datagram preprocessor: in order to realize ubiquitous domain name and other information (the safest, version
Power information) instantaneous transmission, first ubiquitous domain name and other information are inserted into be transmitted annotation section that the front end of data or be placed into is independently arranged it
In, then it is inserted into or has been placed the information data of ubiquitous domain name and other information as the new information data that is transmitted using this, then by IP
Datagram maker generates IP datagram according to ICP/IP protocol, is transmitted Information Number owing at this time generating not only to contain among IP datagram
According to, and containing ubiquitous domain name and other information, this IP datagram containing ubiquitous domain name and other information is referred to as TIP datagram, this
It is exactly datagram preprocessor that IP datagram can be transform as the data processor of TIP datagram by kind.
6., according to claim 1,4,5, utilize TIP datagram and domain name processor to realize the technical characteristic that the ubiquitous domain name of communicating pair exchanges immediately:
Wherein domain name processor uses the shared system of customer data base global multipoint, say, that some domain name processors that the whole world uses are in line with equal freedom
Principle implements distribution, and the customer data base that all processors use is all identical, and it is that equity is interactive that data update；Ubiquitous domain name exchanges immediately
The TIP datagram carrying the ubiquitous name of communication receiver is uploaded to domain name processor by the ubiquitous thing used by communication applicant, and domain name processor will
The ubiquitous name of recipient extracts, and utilizes the customer data base of oneself immediately provide the most online and corresponding ubiquitous domain name of communication receiver and work as
The information such as front use IP address, and this information is fed back to immediately the applicant that communicates, after communication applicant receives feedback information immediately, so that it may foundation
Feedback information is implemented association and is communicated with communication receiver, and so far, the instant exchange process of ubiquitous domain name i.e. comes to an end.
7. according to claim 1,2,3,4,5,6, the technical characteristic of ubiquitous instant peer-to-peer communications: ubiquitous instant peer-to-peer communications refers to arbitrarily
Ubiquitous people uses any ubiquitous thing a kind of instant peer-to-peer communications on any space-time, and the process schematic that implements of ubiquitous communication is shown in Figure of description
2；The local that ubiquitous people A (1) is accessed in Internet of Things outer net first by a certain ubiquitous thing C (2) having " ubiquitous name " and " ubiquitous name " is mutual
Networking (9), the ubiquitous domain name corresponding by the ubiquitous people of ubiquitous domain name processor (7) in-time generatin (1) installed among ubiquitous thing C (2), and start local
The access interface of the Internet (9), after router of internet of things E (10) receives the initiation message of access interface, according to the layer of ubiquitous people A (1) access interface
" the routing scheduling table " that dimension block encoding and router of internet of things E (10) processor automatically generate, then the layer dimension packet automatically generating this port corresponding is many
Fork logic tree coding, and ubiquitous domain name and layer dimension packet multi-fork logic tree coding are added in " routing scheduling table "；Ubiquitous people A (1) sends information
When data, the datagram preprocessor (8) among ubiquitous thing C (2) after data pre-packaged being sent, it is then forwarded among ubiquitous thing C (2)
ICP/IP protocol datagram maker (11) generate TIP datagram, and be sent to the router of internet of things E (10) among local internet (9),
Router of internet of things E (10) at this time needs to judge that TIP datagram is sent in inside local internet (9) or outward according to " routing scheduling table "
Portion, the following two kinds situation to be allocated as processes: one is that the TIP datagram received as router of internet of things E (10) is judged as local internet (9)
Internal data is given the correct time, and router of internet of things E (10) needs again to call " routing scheduling table ", provides the ubiquitous territory of the destination comprised in TIP datagram
The layer dimension packet multi-fork logic tree coding that name is corresponding, then according to this coding TIP datagram is sent to the ubiquitous domain name of destination is corresponding and Interconnected
The ubiquitous thing C (2) that net (9) port connects, the datagram preprocessor (8) among ubiquitous thing C (2) resolves mesh therein immediately according to TIP datagram
The ubiquitous domain name in ground, and this TIP datagram is sent to the ubiquitous people B (12) that the ubiquitous domain name of destination is corresponding, so far the internal number of local internet (9)
I.e. accuse complete according to the transmitting procedure of report: two is that the TIP datagram received as router of internet of things E (10) is judged as local internet (9) external data report
Time, router of internet of things E (10) directly TIP datagram is sent to as Internet of Things Intranet use wide area Internet (3), wide area Internet (3)
According to the destination IP address comprised among TIP datagram, TIP datagram is sent to local internet net router of internet of things F (4), Internet of Things
Router F (4) needs to call " routing scheduling table ", provides the layer dimension packet multi-fork logic that the ubiquitous domain name of the destination comprised in TIP datagram is corresponding
Tree-encoding, then according to this coding, TIP datagram is sent to the ubiquitous thing being connected with local internet (9) port that the ubiquitous domain name of destination is corresponding
D (5), ubiquitous domain name is extracted by the datagram preprocessor (8) among ubiquitous thing D (5), relays to ubiquitous domain name processor (7), ubiquitous territory
Ubiquitous for destination in ubiquitous domain name domain name is parsed by name processor (7) immediately, and TIP datagram is sent to according to destination's ubiquitous domain name
The ubiquitous people G (6) that the ubiquitous domain name of destination is corresponding, so far the transmitting procedure of local internet (9) external data report is i.e. accused complete.
8. according to claim 1,4,5,6,7, routing scheduling table and the technical characteristic of application thereof: this table is 4 for local internet
The form of row n (n >=2) row, wherein, the 1st row is the IP address description line (changing one's profession regardless of row) that router of internet of things uses, 2 to n row
If what the 1st list reached is that all of the port respective layer that the main line device that local internet comprises comprises ties up block encoding, 2 to n row the 2nd list reaches
Be port arrive router of internet of things outlet institute through path node corresponding layer dimension packet multi-fork logic tree shortest path coding, 2 to n row the 3rd row
Express is the physics route that port is corresponding, and what 2 to n row the 4th list reached is uses the ubiquitous people of the port ubiquitous domain name corresponding with ubiquitous thing；
Router of internet of things uses this routing scheduling table to be divided into three kinds of situations: one is that certain Single port using ubiquitous thing to access local internet as ubiquitous people realizes
When local internet communication registration, local internet net router of internet of things to read the IP address of local internet again in this table the 1st row, and
With feeding ubiquitous thing, then generated ubiquitous domain name by the ubiquitous domain name processor among ubiquitous thing according to ubiquitous name and ubiquitous name, then by ubiquitous domain name
Give datagram preprocessor, datagram preprocessor again using port access information as being transmitted data, generate comprise ubiquitous domain name for port
The TIP datagram of access information, and this TIP datagram is sent to router of internet of things, the port that router of internet of things comprises according to this datagram
Ubiquitous domain name is added in the row that in routing scheduling table, in the 4th row, ubiquitous domain name use port is corresponding by access information, the access of the most ubiquitous thing
Journey i.e. comes to an end；Two is that ubiquitous people uses ubiquitous thing be switched to another port to be realized roaming communication (can being local by certain Single port of local internet
Inside the Internet, it is possible to be between local internet) when, need the ubiquitous thing of roaming to need, before port switches, to send out to router of internet of things
Send the TIP datagram carrying handover information, after router of internet of things receives handover information, if registered ubiquitous thing in net, according to handover information
Communication registration information among amendment routing scheduling table, after having revised, performs traffic operation according to new log-on message, if unregistered between Wang
User, then add among routing scheduling table by the ubiquitous domain name that ubiquitous thing is uploaded, and performs traffic operation according to new log-on message, the most ubiquitous
The roaming switch process of thing i.e. comes to an end: three is when router of internet of things receives the TIP datagram comprising the communication information, first has to from TIP number
According to copying the ubiquitous domain name of destination therein among report, then in the 4th row of routing scheduling table, inquire the ubiquitous domain name of destination and be expert at, then
Copying physics therein route from the 3rd row of this row, TIP datagram is sent to the office that the ubiquitous domain name of destination is corresponding by last route according to physics
The access interface of the Internet, territory, at this time the process of sending to of TIP data i.e. comes to an end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410497441.7A CN105897646A (en) | 2014-09-25 | 2014-09-25 | Ubiquitous network construction method based on Internet |
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| CN108920542A (en) * | 2018-06-13 | 2018-11-30 | 苏州涅瓦信息科技有限公司 | A kind of distributed memory big data processing system and its data processing method |
| CN108920542B (en) * | 2018-06-13 | 2021-07-20 | 苏州涅瓦信息科技有限公司 | Distributed memory big data processing system and data processing method thereof |
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