jump power 中文意思是什麼

jump power 解釋
彈跳力。
彈跳力,也決定頭球的力量
  • jump : vi 1 跳,跳躍,跳起;彈跳,跳動。2 (用降落傘從飛機里)跳出。3 猛烈地移動;積極行動,奔忙,活躍。...
  • power : n 1 力,力量;能力;體力,精力;(生理)機能;〈常 pl 〉才能。2 勢力,權力,權限;威力;政權;權...
  1. Main product including hand grips, jump rope, pull exerciser, power wrist, dumbbells, physical strength, thigh master and so on

    產品以休閑類體育健身器材為主,結合家居用品、文具用品和防護用具等各種塑料、五金製品,產品遠銷歐州、美國及其他國家。
  2. The directional routing protocol ds _ dsr put forward by the author is the improvement of the current protocol dsr, complete routine discovery and maintenance by directional neighbor nodes routing table, source routing and directional steering. the research discovers the application of the directional antenna, compare the omnidirectional antenna can increases the networks " total throughput, obviously reduces the co _ channel interference ( cci ), multiple access interference ( mai ), enlarges the nodes " signal and interference to noise ratio ( sinr ), and because of the high gain of directional antenna can realize the communication with farther distance and less jump, end to end delay can decrease deeply, simultaneously, security of networks can be improved partially, the node energy also can be saved easily by power control

    本文提出的定向路由協議ds _ dsr是基於對現有協議dsr的改進下實現的,通過定向鄰節點路由表、定向源路由和定向搜索來完成路由發現與維護。研究發現,定向天線的應用,相比全向天線可明顯提高網路的總的吞吐量,減少通道干擾、多址干擾,提高信干噪比,且由於定向天線的高增益可實現較遠距離、較少跳數的通信,減少了路由發現時間,這樣大大減小了傳輸時延,網路的整體性能得到了不同程度的提高,同時部分地解決安全問題,通過功率控制還可較容易的實現節能的目的。
  3. The joining device of 7 / 16 ( l29 ) type has whorl to join the organization, its characteristic is the power, the capacity is large, voltage little to stay bob, three steps it pays to be superior to transfer performance, kind airtight have, suitable for radio, tv aerial system, jump line join and microwave communication system present cable connection spend mainly

    型連接器具有螺紋連接機構,其特點是功率、容量大,電壓駐波比小,三階交調性能優越,氣密性好,可供廣播、電視天線系統、跳線連接以及微波通訊系統主饋電纜連接用。
  4. ( 3 ) though the conventional fourier power spectral analysis can reflect the common characteristics of the signal, it cannot provide the fine structure of time - frequency changes and the location of the jump points, while the wavelet transforming can better the situation

    傳統的功率譜分析方法雖然能反映氣候信號變化的一般特徵,但無法反映時頻域變化的精細結構,也不能給出突變點的具體位置;而小波變換分析方法則可以很清楚地給出氣候信號變化的多層次結構和突變特徵。
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