WO2010149033A1

WO2010149033A1 - System and method for reducing media stream resource across frameworks

Info

Publication number: WO2010149033A1
Application number: PCT/CN2010/074270
Authority: WO
Inventors: 李彬
Original assignee: 中兴通讯股份有限公司
Priority date: 2009-12-16
Filing date: 2010-06-22
Publication date: 2010-12-29
Also published as: CN102104579B; CN102104579A

Abstract

The present invention discloses a system and method for reducing media stream resource across frameworks. In the solution of the invention, after receiving a resource allocation request initiated by the service a resource management unit determines an interface device unit of the present service; the resource management unit selects a device unit or device unit group in a general framework where the above- mentioned interface device unit locates preferably to allocate process instance. According to the technical solution of the present invention, the resource management unit selects the device unit in the same general framework preferably to allocate process instance, thus the media stream resource transmission across general frameworks is reduced remarkably, and the capacity of the system is increased while the performance of the system is improved effectively.

Description

Rehabilitation method of resources

This paper deals with the field of communication wood, especially related to the reduction of resources. Background

In the communication system or in the need to / / or , may use different on different breaks. The capacity and performance of the communication system is determined by the sheep that complete the function. The communication system used by the mediator must contain a considerable amount of each beautiful resource composed of sheep.

A common way to meet different capacity requirements is to use a common force to support each group's group bearing and physical accommodation. Universal Provides a certain number of universal slots (or other installation methods), and the capacity configuration varies from sheep to sheep. Each sheep exchanges and completes the exchange of sheep, that is, the general integration of the sheep to form a sheep. The system capacity can be increased and the domain can be increased.

Look at the general increase, the same time and the different use of each sheep must be exchanged or uncompleted in different commons. The same exchange is mainly controlled by the unsupported system, so it is limited. The performance of the various bearers carried by the system is affected. That is to say, under this system, the increase in the capacity of the rest is subject to the same rest. Content

To solve the above-mentioned wood, this provides a system for reducing resources. And methods to effectively reduce the resources available.

The wood of this is

Reducing the resources of the rest of the resources, including the general, the sheep, the sheep and the resource management sheep, which are generally used to provide

Each sheep is sent off in GM, and the sheep are connected to the general purpose in the general purpose. The resource management sheep are allocated in the common sheep or each sheep combination in which the sheep are located.

The resource management sheep rests on the system and establishes the general and common sheep. The information of each sheep in each of the establishments is allocated in the order of each sheep in the common sheep resources.

The resource management sheep are: the presence is not high.

The dissatisfaction of the sheep, the resource management sheep is close to the distribution of the sheep that meet the needs among the sheep in the whole

Location is occupied.

Each of the resources that are terminated by the resource management sheep is released and each occupied resource will be empty.

Ways to reduce resources, including the following steps:

The resource management sheep receives the distribution of resources, and the distribution of the sheep or the combination of sheep and sheep.

Hugh includes The resource management sheep of each sheep in the previous allocation of the sheep are located in the common sheep.

The resource management sheep allocation example includes:

Resource management will be occupied; and / or

And each of the resources management sheep and the resources occupied by each will be terminated.

The resource management sheep are allocated

Not high.

Resource Management Sheep The disappointment of each sheep allocation includes the resource management sheep. In other generalities, the allocation of each sheep will be occupied.

In this solution, the resource management sheep first allocates the same sheep in the common use, which can greatly reduce the resources between the common resources, and can effectively improve the performance of the system while increasing the capacity. Solid description

The explanation of the steps provided in this section, the part of the cost, the illustration of the present and the description thereof are not limited. In

1 is the system of the medium and small resources

The schematic diagram of the two methods of reducing the resources of the resources in the middle of the system and the general purpose of the sheep is the flow chart of the method for reducing the resources in the present. The system of reducing resources provided in the form of the Hugh method, including general and Each sheep, each sheep and resource management sheep:

GM has more slots or hardware interfaces for installing sheep to provide high-speed internal communication to each sheep, which can increase the general quantity and increase the capacity.

Each sheep is installed on the squad, and the built-in work or special slot is installed in the GM. The other 矣-shaped sheep complete each of the different communication systems and may have different types of sheep and sheep. Different functions

Interface The next connection in each communication system, the general (R) ( ) or uplink)

Resource management sheep in different types of different sheep or combinations of different types of sheep, assigned to each of the sheep on the designated, through the exchange within the common exchange, the beginning and the end of each, the resource management sheep distribution system in each sheep, and each Establish a break in the designated sheep and interface sheep.

More rest, reducing the resources of the system 1 shown, including

Resource Management Sheep 101 The resources of each sheep in the system are distributed ;

Exchange sheep 102, sheep are universal 03 and 104 sheep and resources management sheep 01 exchange carrier

The universal 103 and 104 have multiple slots and can be installed with the same interface or with other installation methods.

Internal exchange sheep 105 and 106, in each common internal exchange bearing sheep 107 to 110 and 113 to 118 installed in each general, by line Each of the resource management sheep 101 carrying different gods on it is assigned to each sheep and complete resource allocation for each purpose;

Connected to each sheep 1 12 19 and 120, the middle up or down connection, is a general rest.

In the communication system of the present invention, the reduction of resources is suspended.

First, the resource management sheep will collect the information of each sheep in the system.

Resource management sheep to each sheep, each sheep removed information

Establishing, resource management, and the information of each sheep, in accordance with the order in which each sheep in the common sheep is assigned to each sheep, the position is occupied, the sheep are present, not high.

The sheep that specify the general internal phase type can not meet the above-mentioned sheep distribution resources, and the resource management sheep will meet the needs of each sheep in the overall sheep.

The position is occupied, so the sheep are not the most needed to be allocated, the allocation of the sheep of the lower type is still within the specified generality of the allocation, and the number of times of rest is reduced. The sheep of the type refer to the sheep that need to be allocated before the support. The resource allocation of the second type may involve the sheep in the multi-resource system. The resources are allocated and the resources are managed. Leave the position empty.

Resource management sheep collect information from each sheep, establish global and general Inside the sheep, shown in Hugh 2

In accordance with the general and unified silver, there are common ones in the system, and there are common sheep in the general public. There are various vehicles in the general public. There are various vehicles in the system, and each sheep in the resource management sheep can be managed. Sheep can also be used as other sheep in the same general.

The resource management in the system can greatly reduce the resources of the common resources in the same way, and can improve the performance of the system while increasing the capacity.

This method provides a way to reduce resources, and 3 shows the process of allocating resources in this method.

Steps First and each resource allocation resource management sheep receive resource allocation step 2 In the resource allocation, resource management sheep resource allocation, analyze or calculate the succession of each of the sheep The calculation of the sheep on the sheep used as the universal general designation refers to the selection of the sheep according to the pre-rules;

Step 3 Resource Management Sheep on the next in the general section of each sheep

Step 4 The resources of the sheep in the sheep are satisfied, that is, each sheep

Step 5 The sheep in the fruit meet the load requirements, and each sheep is assigned a condition. Step 12

Step 6 If the sheep in step 3 do not meet the load requirement, then if all the sheep in the universal are not, go back to step 3. Step 7, the general does not meet the requirements of the sheep, this is the next sheep in the overall system of the sheep

Step 8 Resource Management The sheep in step 7 meet the load requirements. Step 9 The sheep in the fruit meet the requirements. On each sheep, the steps are assigned. Step 10: The sheep in step 7 do not meet the load requirements. All the sheep in the system, if not, then return to step 7 in nickel;

Step 11 If there are no sheep in the pit that meet the demand, the resource allocation is lost. Step 12 Whether the allocation of all the resources of the sheep is completed, and if not, return to step 2;

The allocation of resources to each of the sheep resources involved is completed.

In this solution, the allocation of resources in the resource management sheep can greatly reduce the resources between the common resources and improve the performance of the system.

The above is not intended to limit the wood condition in this field, and it can be improved. Any repairs, equivalents, etc. made within the spirit and principles of this book are included in this warranty.

Claims

Claim

1. Reducing the system of rest resources, including general, sheep, interface sheep and resource management sheep, wherein the general purpose is to provide communication to each sheep, the sheep are in the general, and the sheep are connected In GM, in GM, it is specially allocated in the resource management sheep and the common sheep or sheep combination in which the interfaces are located.

2, the requirements of the 1 system, the special is that the resource management sheep rest in the overall establishment of the overall and the various sheep in each of the various access to the sheep information, in the order of the sheep in their common sheep resources Distribution will

Location is occupied.

3. The system of claim 2, wherein the resource management sheep are: present and not high.

4, the requirements of the system 3, the special is that the sheep's unsatisfied resource management sheep in the overall sheep to meet the needs of the sheep allocation, the location has been occupied.

5. The requirements of the requirements of items 1 to 4 are that, in the end, the resources management sheep are close to each other and will occupy the resources.

Position is empty.

6. The method of reducing resources is characterized by the following steps: Resource management sheep receive and allocate resources, each interface

The resource management sheep first allocates the sheep or the combination of sheep in the common use of the sheep.

7. The method of Requirement 6 is characterized in that the resource management sheep first allocates each sheep and the combination of the sheep, including the resource management sheep, and the sheep in each of the common sheep.

8. The method of claim 6 or 7, which is specific to the resource management sheep allocation example, including

Resource management sheep will be occupied; and / or

Each of the terminated resources manages the sheep and each occupied resource will

Position is empty.

9. The method of claim 6 or 7, characterized in that the resource management sheep are assigned: the existence is not high.

10. The method of requirement 9 is characterized in that the resource management sheep are not satisfied with the distribution of sheep, and the method includes: the resource management sheep will meet the needs of each sheep in another general purpose.

Location is occupied.