| 1. | Bandwidth management policy for optical burst - switched networks
光突发交换网的带宽管理策略 |
| 2. | Bandwidth management in grids
网格中的带宽管理 |
| 3. | Channel access is tied to the allocations made by subnet bandwidth manager ? like higher layer protocols and mechanisms so system reliability is achieved
信道访问与由子网带宽管理器（类似于更高层的协议和机制）完成的分配联系在一起，因此获得了更高的系统可靠性。 |
| 4. | To understand why bandwidth management is so critical , we need to look at why letting a grid run wild - without any kind of bandwidth management - is a problem
要理解为什么带宽管理这么重要，我们需要看一下为什么让网格无约束地运行- -没有任何形式的带宽管理- -会有问题。 |
| 5. | Here , bandwidth management is a case of monitoring the current performance of the client or providers in the grid and only assigning work to a client that has both the capacity and the required performance
这里，带宽管理就是监视网格中客户机或者提供者的当前性能、并只向同时具有能力和所需性能的客户机指派工作。 |
| 6. | The combination of full concatenation of the sonet payload and atm bandwidth management also gives carriers the ability to offer new data services , such as virtual private network services at native lan speeds
Sonet负荷的全部连入与atm带宽管理的结合也给予了电话公司提供新型数据服务的能力，如以本地局域网的速度提供虚拟专网服务。 |
| 7. | Whatever the grid type , bandwidth management is a question of manipulating a number of different variables to support your system and to maximize the grid s performance bandwidth while reducing the effects on your network or cpu bandwidth
不管是何种网格类型，带宽管理都是要对若干个变量进行调整以支持系统并使网格性能带宽最大化，同时减少对网络或者cpu带宽的影响。 |
| 8. | The most efficient approach is called full concatenation , which involves joining the multiple pipes that make up a sonet link . the larger the concatenated signal , the greater the potential statistical gain from using atm bandwidth management
效率最高的方法被称为全面连入，它把构成sonet链路的多个通道连结起来，连在一起的信号越多，从使用atm带宽管理得到的潜在统计收益就越大。 |
| 9. | To avoid a terminal occupy channel excessively , access admission - base m - dcf ( aa - mdcf ) and its suggestion model are proposed . by combining subnet bandwidth management and ack mechanism in mac layer together , aa - mdcf can reduce the send rate of ack frame and prevent a terminal consuming wireless resource excessively
为防止一个终端过多地占用无线资源，提出了基于接入允许的改进型dcf : aa -入idcf ，通过子网带宽管理sbm和mac层确认机制的结合，降低ack的发送速率，限制一个终端对无线资源的过度消耗，并给出了建议的实现模型。 |
| 10. | All in all , the reality is that the access and backbone layers of the next - generation network are both going broadband . in beijing , a local ip network based on tcpip is already put into operation . although the tdm - based " multi - port broadband manager " is lacking in a unified standard , its field - proven unparalleled qos is unarguable , so it won t be far for all telecom carriers to connect to this particular network product
标准的ip本地网络在北京并已建成投入运行；而以tdm技术为基础的多光口带宽管理器，目前虽然还没有标准，然而它以不可争辩的事实证明了它的qos是任何设备不能比拟的，由它提供的通道是电信经营商所必需的网络通道。 |
