channel n. 1.水路,水道,渠,沟;海峡;河床,河底。 2.(柱等的)槽,凹缝;【机械工程】槽铁,凹形铁。 3.〔比喻〕路线,手段;媒介,脉络,系统,途径。 4.【无、电】波道;电路;信道;磁道;频道。 a talk channel通话线路。 a vision channel电视信道,视频信道。 the (English) C- 英吉利海峡。 C- fever 〔英国〕怀乡病。 channelof command [communication] 指挥[通讯]系统。 through a reliable channel通过可靠途径。 through the proper channel 经由正当途径[手续]。 vt. (〔英国〕-ll-) 1.在…开[形成]水道;在…上凿沟[凹缝]。 2.开(路),开辟(途径)。 3.为…开辟途径,引导。 channel one's interests 对某人的兴趣加以引导。 vi. 形成水道[凹槽]。 n. 〔常 pl.〕【航海】突出舷侧承扣支索的铁板。
area n. 1.面积;平地;地面。 2.空地;〔英国〕地下室前的空地。 3.地区,地方;〔比喻〕区域;范围。 a vast uncultivated area 广阔的未开垦地。 a mountainous area 山区。 a fortified area 要塞地带。 an area of investigation 研究范围。 the liberated areas 解放区。 an area of fire 【军事】射界。 This room is 16 square metres in area. 这个房间的面积为16平方米。
The effect of dredging channel for deposition reduction is related to dredged channel geometry morphology and dredged channel area 挖河减淤效果与挖槽几何形态及挖槽面积有关。
As a supplement to traditional detailed routing model it researches on detailed routing problem from a new point of view . using this detailed routing model can easily handle the cycle constraints in channel routing and interconnections of circuit modules which don ’ t border upon by transferring nets from layer to layer . by similar methods , channel area can be transformed into an ideal algorithm model to meet used channel routing algorithm and some error of global routing can also be amended 和传统通道布线模型相比,该模型复合采用通道布线层和区域布线层,通过层间线网转移的方法,可以克服传统通道布线算法中处理循环约束问题和处理不相邻模块间互连问题的困难,还可以把通道区域处理为满足各种通道布线算法的理想模型,并且可以灵活处理一些总体布线中的不理想之处。
In deep sub - micron technology , the scale of integration and the degree of complexity of circuit increase rapidly , it is necessary and feasible to adopt non - manhattan model for detailed routing in vlsi physical design . aiming at the current pop point a novel non - manhattan otc router is proposed in section 4 . according to the routing algorithm of channel area the new otc router selects nets on cell by using net segment valid controlling column technology , deep searching to column density technology and utilization of vacant terminals technology 结合通道区域所用非曼哈顿布线算法的特点,通过采用线网段有效控制列技术、列密度深度探测技术及空端利用技术对单元区可布线网进行有效选择,成功地实现了该非曼哈顿单元上布线算法,并将其应用于一些经典的benchmark中,和目前文献中现有算法相比取得了更优的布线结果。