WO2010148942A1 - Procédé, système et dispositif de découverte de serveur - Google Patents

Procédé, système et dispositif de découverte de serveur Download PDF

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Publication number
WO2010148942A1
WO2010148942A1 PCT/CN2010/073647 CN2010073647W WO2010148942A1 WO 2010148942 A1 WO2010148942 A1 WO 2010148942A1 CN 2010073647 W CN2010073647 W CN 2010073647W WO 2010148942 A1 WO2010148942 A1 WO 2010148942A1
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Prior art keywords
message
address
messages
client
pln
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PCT/CN2010/073647
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English (en)
Chinese (zh)
Inventor
王玮
李岩
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华为技术有限公司
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Publication of WO2010148942A1 publication Critical patent/WO2010148942A1/fr

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L61/00—Network arrangements, protocols or services for addressing or naming
    • H04L61/50—Address allocation
    • H04L61/5007—Internet protocol [IP] addresses
    • H04L61/5014—Internet protocol [IP] addresses using dynamic host configuration protocol [DHCP] or bootstrap protocol [BOOTP]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/50—Network services
    • H04L67/51—Discovery or management thereof, e.g. service location protocol [SLP] or web services

Definitions

  • Each of the configuration information of the previous P P can only be provided before the H P can not be specified other than the previous configuration information.
  • N F can be used by users.
  • the UE is connected to A.
  • the N F UE provides information and system information. N F provides access information. All available UEs of the UE can be connected. Avoid the UE periodic background. The same policy can be used by the UE in all available interfaces.
  • Third-generation partner (3 deeao Pa e sh p P o ec 3 PP) 23. 02 9.0.0 NF 1
  • the representation of the existing NF as shown in 1 shows that the UE has multiple NF Home NFHNF, NF s Ed NFNF has interface message interaction. However, the existing H P cannot provide the UE with information specifying the NF or more.
  • the N F is the third N F or P address of each UE provided by the third party.
  • At least the existing wood in the present person has at least the following
  • HP client UEs specify various information such as UE's multiple or individual or P addresses.
  • Content Various methods, systems, and methods are provided to address existing Wood HP customer-specific and P-addresses so that HP customers can specify individual or P-addresses.
  • This method provides methods including
  • Each of the configured H P messages including each of the received H P messages is returned to each of the designated H P messages including each designated P or P address.
  • Receiving the reception of each of the H P messages including each of the H P messages returned to each of the H P messages includes each of the designated or P addresses.
  • each of the H P includes each H P message
  • the first receives each of the received H P
  • Each H P message H P message includes each
  • the second is to assign the H P message to the H P client.
  • This system provides each system including
  • the hopping configuration H P each receives each H P message including each and returns each H P message H P message includes each designated each or P address
  • the H P client receives the H P message by including each of the H P messages.
  • each method includes
  • Step 101 Receive a configuration H P message including each.
  • HP may each move, for example, publicly, PL N PL N de e pe ao de e, each providing Ne okev ce P ov de NP, etc., each specifying a designated or P address E.g
  • Each of the H P clients receives each or each P address of each of the H P messages.
  • Each of the HP messages has its own or each P address. Among them, HP customers can be divided into AA P by users in each UE HP. The required specifications are different. If each is NF, each can be NF. If each is PF, each can be PF. You need to return to the specified NF or PF. If you need to return to each specified P address NF or PF each P address.
  • each of the H P messages is included in the H P .
  • the H P messages of the H P client are received in the H P , and therefore each H P can be specified in each of the H P bits .
  • Each of the H P receiving H P clients H P includes a H P message of each of the H P
  • the H P message including each of the H P clients in the H P
  • Each of the H P receives each of the H P messages included in the H P .
  • the H P message including each H P message may include
  • Each of the H P messages in the H P that receives the H P client includes each of the H P messages
  • Each of the H P messages included in each of the received H P receives each of the H P messages included in the H P .
  • each of the H P receiving H P includes
  • Each of the H P messages includes
  • Each of the P addresses is a designated P address of each HP.
  • each of the H Ps will specify the H P message of each or P address to the H P and the H P message to the H P client .
  • Step 102 Return each of the H P messages H P message includes each designated or P address.
  • H P is only in the same interaction of H P and H P clients, there is no need to pass the H P in the special operation as in the above one.
  • Each of the H or P addresses is designated to return the H P message of each designated or P address to the H P client. If each of the respective P addresses specified in each of the returned H P messages is returned, the corresponding P address is specified in the H P message.
  • the HP messages of each designated or P address are returned to the HP HP HP at each HP designated or P address.
  • Arthur's HP message is specific to HP customers. If each of the respective P addresses specified in each of the returned H P messages is returned, the corresponding P address is specified in the H P message.
  • PLN such as multiple PLN or HPLN specifies each N F and N F methods
  • Step 2 The HP client UE sends a PLN HPLN HP message in the NF of the NFHPHP message including the PLN to the HP P. NFHP news for HPL N.
  • the PN in the NF can also be PN or PL N or the PL N provided by each of the third PL N HPL N .
  • the H P H P E message or the H P notification H P NF message N F may be the N F or N F Pv4 P address . If the H Pv6 system is used, the H P message can be an E UE T message or information.
  • N F may be N F or N F Pv6 P address .
  • Step 202 The HPLN direction of the HPLN direction indicated in the P H F in the H H is a special H P message.
  • Step 203 H P The N F or P address of the HPLN HPLN in each H P message is the Pv4 6 address.
  • the method may be that the local configuration source of the H P may also be directed to the other N P HPLN multiple N F or H N F or Pv4 6 address.
  • Step 204 H P Each P P returns the H P message The H N F or Pv4 6 address of the HPLN in the N F of the H P message.
  • H P message in H Pv4 can be H P FFE message or H P H P K message
  • N F can be N F or N F Pv4 P address .
  • H P message can be an EPL message or a configuration E NF U E message under H Pv6, N F can be N F or N F Pv6 P address .
  • Step 205 In the H P, P returns an H P message including the N F of the H N F or Pv4 6 address to the H P client UE.
  • the NF of the HPLN or the NF including only the PLN may be the same as the NF and PLN NF including the HPLN.
  • the HP messages may be both HPLN.
  • the HNF or Pv4 6 address is the HNF or Pv4 6 address of the PLN. If the required NF or P address can be PLN PLN in the NF of the HP message in step 201, if the third NF or P address is required, it can be in the NF of the HP message.
  • NF PLN If you need to specify each PF, each can be PF.
  • the HP message HP message of the HP customer HP to HP including HPLN's NF may specify the PLN of each PLN that is required to be notified to each HP, and each HP designated or P address can be arbitrarily designated. .
  • PLN HPLN and PLN specify each N F and each N F method
  • Step 2 The H P client UE sends a P H P message to the H P
  • the H P message includes the N F of the HPLN and the N F of the PLN.
  • the H P H P E message or the H P notification H P NF message N F may be the N F or N F Pv4 P address . If the H Pv6 system is used, the H P message can be an E UE T message or information.
  • N F may be N F or N F Pv6 P address .
  • step 212 the HPLN and the PLN indicated by the P N F in the H P are the local or other H P special H P messages.
  • Step 213 H P The N F or P address of the HPLN HPLN in each H P message and the N F or P address of the PLN.
  • the method may be in the local configuration source of the H P or the H N F or Pv4 6 address of the other HP PLMLMN and the N F or Pv4 6 address of the PLN.
  • Step 214 H P Each P P returns H P message
  • the H P message includes the N N F of the HPLN or the N F of the Pv4 6 address and the N F of the PLN or the N F of the Pv4 6 address.
  • HP message under H Pv4 can be HP provides an HP FFE message or the HPHPK message NF can be an NF or NF Pv4 P address. If the HP message can be an EPL message or configure the E NF UE message NF in the H Pv6 system, the NF can be an NF or NF Pv6 P address. Step 215 HP P returns an HP message including the NF of the HNF or Pv4 6 address and the NF of the NF or Pv4 6 address to the HP client UE.
  • the H P client H P to H P each includes the N F of the HPLN and the N F H P message of the PLN. It is necessary to specify the P N of each PLN to be notified to each of the H P and to specify each of the P or P addresses.
  • PLN such as HPLN and PLN specify each N F and each N F method
  • Step 3 The H P client UE sends a P H P message to the H P H P message includes N F but PL F in N F .
  • the H P message including the N F of the PLN is different.
  • the H P message in this case includes N F but not PLMN in N F .
  • H P message including the N F of the PLN under the H Pv4 system may be an H P E message or an H P NF message N F may be an N F or N F Pv4 P address .
  • H P message including the N F of the PLN under the H Pv6 system may be an E UE T message or an NF T N E UE T message N F may be an N F or N F Pv6 P address .
  • Step 302 Work as HPLN and PLN of the P H P client UE in the H P .
  • P the user of the UE, e a o a ob e ubsc be de y
  • the UE's HPLN can be e e ce a e ay
  • the PLMN where the UE is located.
  • Step 303 In the H P, P adds HPLN and PLN to the N F of the PLN to generate an H P message including the N F of the PLN for the H N F of the HPLN and the N F of the PLN, respectively. That is, the generated one H P message includes the N F of the HPLN, and the other H P message includes the N F of the PLN.
  • HP to HP includes NFHP messages for NF and PLN of HPLMN. It is also possible that HP messages include HPLN's NF and another PLN's NF.
  • HP The HNF or Pv4 6 address of the HP N HPLN indicated in the NFHP message including the PN includes the NF or Pv4 6 address of the PLN PLN indicated in the NFHP message of the PLN.
  • the method can be either the HP local configuration source or the HNF or Pv4 6 address of the other HP HPLN.
  • Step 306 H P Each P P P message in the H P The H P message includes the N N F of the HPLN or the N F of the Pv4 6 address and the ND F of the PLMN or the ND F of the Pv4 6 address. Each DH P can also return a DH P message to the DH P including the H N F or Pv4 6 address and the other includes the N F or Pv4 6 address.
  • H P P Receives H P message To H P client UE includes HPLN and PLN N F H P message
  • the H P message includes the H N F or Pv4 6 address of the HPLMN including the N F or Pv4 6 address of the PLN.
  • H P can also return an H P message to the H P client, including the H N F or Pv4 6 address and the other includes the N F or Pv4 6 address.
  • the H P message may be an H P FFE message or the H P K message N F may be N F or may be an N F Pv4 P address in steps 306 and 307.
  • the H P message may be an EPL message or an E NF U E message N F may be N F or N F Pv6 P address.
  • Each of H P and H P may also be the same as H P .
  • P P in the P P can also be found in the first HPLN and PLN, and the H P of the HPL N and the H P of the PLN are not generated.
  • Each H P message will include each H P message specific H P or H P each HPLN H P can return H N F or Pv4 6 address PLN each H P can return N F or Pv4 6 address.
  • the HP client sends HP messages and PLNs for each PLN including the PLN to each of the HP messages in the HP including the PLN.
  • HP messages for each HP including PLNs are required to inform HP of each PLN that is required.
  • Each designated or P address can be arbitrarily designated. 6
  • the signaling process of each method provided by Liben is shown in Figure 6. In the first, second, and upper versions, HP customers UE HP each P
  • PLN such as PLN specifies each N F
  • Step 4 The H P client UEs to the H P
  • Each P includes the PL P of each PL P message in the N F of the H P message is PLN .
  • PLN can also be a PLL provided by HPLN or the third.
  • the N F can be N F or the N F Pv4 P address. If the H Pv message can be an E UE T message or an NF T N E UE T message under the H Pv6 system, the N F can be N F or an N F Pv6 P address.
  • Step 402 The N F or Pv4 6 address of the PLN PLN indicated in the P H P message of each H P .
  • the method may be in the local configuration source of the H P or the N F or Pv4 6 address of each PL P PLN.
  • Step 403 H P Each P returns an H P message to the UE.
  • the H P message includes the N F or Pv4 6 address N F of the PLN.
  • H P message can be an H P FFE message or an H P K message under H Pv4, N F can be N F or N F Pv4 P address. If the H P message can be an EPL message or an E NF U E message under H Pv6, N F can be N F or N F Pv6 P address .
  • P is the role of each of the H P. Since the PLN of the P H P message in the N F can be connected to the N F ie the NN of the PLN or the P address will therefore include the PLN of the NN of the PLN, and the other H P each.
  • the HP client's HP message to each of HP's HP-related messages can be used to inform the HPs of the PLNs that are required to be assigned to each of the HPs, and each of the designated HP or P-addresses can be specified. 7
  • the signaling process of each method provided by Liben is shown in Figure 7. In the first, second, third, the HP client UE HP
  • PLN such as HPLN and P N specify each P F each P F method
  • Step 5 a H P client UE P P P message to H P
  • the H P message includes the P F of the HPLN.
  • Step 5 b H P client UE P P P message to H P
  • the H P message includes the P F of the PLN.
  • the P F can be a P F or a P F Pv4 P address. If the H Pv6 message may be an E UE T message or an NF T N E UE T message, the P F may be a P F or a P F Pv6 P address.
  • P in the P P requires the UE's HPLN and PLN, such as the UE's HPLN or the PLN where the UE is located.
  • step 502a the P to H P in the H P includes the H P message of the P F of the HPLN.
  • the P to H P in the H P includes the P P message of the P F of the PLN.
  • Step 503a H P
  • the method can be either in the local configuration source of H P or the P F or Pv4 6 address of each HP PN.
  • Step 503b H P The P F or Pv4 6 address of the PLN PLN in each H P message.
  • the method may be in the local configuration source of H P or the P F or Pv4 6 address of each PL P PLN.
  • Step 504a HP returns to the HP message in HP.
  • the HP message includes the PF or Pv4 6 address of the HPLN in the PFPF of the HPLN.
  • Step 504b HP returns to the HP message in the HP P.
  • the HP message includes the PF or Pv4 6 address of the PLMN in the PFPF including the PLN. If the HP message can be an HP FFE message or the HPK message F can be a PF under the Pv4 system, it can also be a PF Pv4 P address. If the HP message can be an EPL message or an E NF UE message under the H Pv6 system, the PF can be a PF or a PF Pv6 P address.
  • Step 505 H P P to H P client UE H P message
  • the H P message includes the P F or Pv4 6 address P F of the HPLN including the P F of the PLN or the Pv4 6 address P F .
  • Step 5 a Step 5 b Same as step 502a Step 502b Same as step 503a Step 503b is not required.
  • step 5 a may be followed by step 5 b or step 5 a step 5 b.
  • step 5 b H P
  • HPLN, PLN find HPLN HP and PLMN HP each can HP information including HPLN and or PLN NF HP information including HPLN and or PLN NF will include HPLN and or PLN NF HP message
  • HP or HP HP HPN can return to HNF or Pv4.
  • the HP of each PLN can return to the NF or Pv4 6 address.
  • This HP customer separately reports to HP each HP and HP HP Newsletter HP messages.
  • the PLN and HPLN of each PLN that is required to be specified can be notified to HP, HP, HP, HP, HP, or P.
  • the address can be specified as desired.
  • a person skilled in the art can understand that all or part of the steps of the method can be programmed by the hardware of the program to complete the program can be stored in the storable program.
  • the program includes the steps of the method before the storage includes, the disk or the like. Each god can store the program.
  • H P includes the reception 61 and the return 62. Wherein receiving 61 is included in each of
  • Each H P message H P message includes each
  • the receiving 61 receives the HP message of each HP client or HP.
  • each H P message includes each of the designated P or P addresses of, for example, P N .
  • the H P in this section can be used to force the local H P each other H P each can also be P H P each .
  • Returning to each of the 62 H P methods can refer to the phase in the one. Each of these can be moved publicly by PL N, A.
  • the one-step reception 61 may include a first reception 611 and/or a second reception 612, the first reception 611, and the reception of the HP client, each of the respective P-pages including the respective H-P messages.
  • the second receiving 612 is received by the H P client H P and includes each of the H P messages.
  • the first received at 611 and the second received at 612 may be either on or off. Only in the same HP HP customer interaction does not need to pass HP in the special operation first received in 611 to receive HP customers including each HP message HP HP customers need to pass HP in the special operations second received 612 receiving HP customers
  • the H P includes each of the H P messages.
  • Further return 62 may include a first return to 621 and a second return to 622.
  • the first one returns to 621 to return the H P message of each designated or P address to the H P client.
  • the second returns to 622 to return the H P message of each designated or P address to the H P and the H P message to the H P client.
  • H P each H P customer can specify the method of each can refer to the phase in this.
  • Each of the H P receives and receives each of the H P messages
  • Each HP can be assigned to each or a P address to return the designated individual or P address to the HP customer and the HP customer is now arbitrarily designated.
  • the indication in the HP provided by the force is as shown in FIG. 9 including the first 71, the first reception 72, and the second 73.
  • the first 71 of the HP messages are included in each of the HPs.
  • the first receiving 72 receives each of the returned HP
  • the H P message H P message includes each of the specified or P addresses.
  • the second 73 is to assign the H P message to the H P client.
  • the H P may include a second receiving 74 for receiving each of the H P clients including each of the H P messages
  • the third reception 75 and the generation 76 may be included in each of the H P messages of the H P client.
  • the third receiving 75 is for each of the H P messages including the respective H P messages, each of which may be each or each P address.
  • each of the first P1 messages includes the respective H P messages.
  • Each of the designated or P-addresses of the H P receives the H P message of each of the designated or P-addresses returned by the H P .
  • the third receiving 75 receives the H P client including each
  • Each of the H P messages Each of the generated H P messages included in each of the generated bits is generated.
  • the first 71 to H P each includes each
  • Each HP message Each designated HP or P address first receiving 72 of the HP receives an HP message specifying the respective or P address returned by each of the HPs.
  • HP customers HP and HP For the method of specifying each, you can refer to the phase in this article.
  • Each of the contents can be moved to APN, A, and so on.
  • This second reception can receive H P customers including each
  • Each of the HP newsletter first HP includes a respective HP message for each of the second recipients.
  • the HP client can receive HP messages for each of the HP clients, and each of the HP messages includes a respective HP message.
  • Each system includes H P 81 and H P customers 82. Wherein each of the H P 81 receives each of the H P messages including each
  • Each H P message H P message includes each
  • the H P client 82 receives the H P message by including each of the H P messages.
  • HP 81 and HP customers 82 can interact with each other or HP can interact with each other.
  • Each system can include HP.
  • HP messages sent to HP each 81 include HP messages returned by HP 81.
  • HP messages are delivered to HP customers. 82.
  • each of the H P messages received by the H P client 82 or each H P message including the H P client 82 is added to each of the respective H P messages including the respective H P messages. Each of them can have its own or each P address.
  • HP In the HP, 83 need to include each HP message, HP, each of them can be ⁇ HP customers 82 HP messages, each of which is not required for each of the HP 83 Each will be added to each
  • the generation in each of the H P messages includes each of the respective H P messages.
  • H P 81 and H P 83 in the present any of the above H P and H P can be used.
  • H P client 82 and H P 83 refer to the phase in this section. Each of these can be moved publicly by PL N, A, and so on.
  • the H P customers can directly include each of the H P
  • Each H P message or H P to H P each includes each
  • Each of the H P messages will be notified to each of the H P to each of the designated P or P addresses, and the H P client will arbitrarily designate each.

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Small-Scale Networks (AREA)
  • Data Exchanges In Wide-Area Networks (AREA)

Abstract

Les modes de réalisation de l'invention portent sur un procédé, un système et un dispositif de découverte de serveur. Le procédé de découverte de serveur comprend : la réception d'un message de protocole de configuration hôte dynamique (DHCP) comprenant une option de serveur, et l'option de serveur portant une identification de l'opérateur auquel le serveur appartient ; le renvoi d'un message de réponse DHCP correspondant à l'option de serveur, l'option de serveur portant une identification de l'opérateur auquel le serveur appartient, le message de réponse DHCP comprenant le nom de domaine ou l'adresse IP d'un serveur dans un domaine spécifié, le serveur étant obtenu à partir de l'identification de l'opérateur. Au moyen des modes de réalisation de l'invention, on peut obtenir le nom de domaine ou l'adresse IP d'un serveur dans le domaine spécifié par transport d'une identification d'un opérateur auquel le serveur appartient dans l'option de serveur d'un message DHCP ; on peut ainsi trouver un serveur quelconque dans un domaine spécifié quelconque.
PCT/CN2010/073647 2009-06-24 2010-06-08 Procédé, système et dispositif de découverte de serveur WO2010148942A1 (fr)

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