運輸層安全 的英文怎麼說
中文拼音 [yùnshūcéngānquán]
運輸層安全
英文
tls- 運 : Ⅰ動詞1 (物體位置不斷變化) move; revolve 2 (搬運; 運輸) carry; transport 3 (運用) use; wield...
- 輸 : Ⅰ動詞1 (運輸; 運送) transport; convey 2 [書面語] (捐獻) contribute money; donate 3 (失敗) l...
- 層 : i 量詞1 (用於重疊、積累的東西 如樓層、階層、地層) storey; tier; stratum 2 (用於可以分項分步的...
- 全 : Ⅰ形容詞1 (完備; 齊全) complete 2 (整個) whole; entire; full; total Ⅱ副詞(完全; 都) entirely...
- 運輸 : transport; carriage; conveyance; traffic; transportation
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In addition, as people descended the narrow staircases, firemen were coming up, carrying equipment, causing delay though, according to simulations, not enough to cause loss of life. galea ' s team has reported to the office of the deputy prime minister outlining key recommendations that need to be introduced
研究小組提出的建議還包括:在緊急逃生運輸工具中加裝空氣過濾器研發可在火災條件下運行的電梯各公司高層領導能夠組織職員自救,並告誡職員在安全脫險之前不要打電話建設更寬敞分散的逃生通道等。The energy management system ( ems ) is a computer system comprising a software platform providing basic support services and a set of applications providing the functionality needed for the effective operation of electrical generation and transmission facilities so as to assure adequate security of energy supply. unfortunately, the traditional ems does not meet the need of power market. it is difficult to develop the new application software on ems
能量管理系統( energymanagementsystem , ems )是一套為電力系統控制中心提供數據採集、監視、控制和優化,以及為電力市場提供交易計劃安全分析服務的計算機軟硬體系統的總稱,它包括為上層電力應用提供服務的支撐軟體平臺和為發電和輸電設備安全監視和控制、經濟運行提供支持的電力應用軟體,其目的是用最小成本保證電網的供電安全性。With the rapid development of modern network communication technology, control technology and distributed computing technology, the distributed & open remote monitoring system based on three - tiered network architecture has been applied increasingly in many fields. railway signaling system is the essential part to protect the railway working in safety. so remote railway station signaling monitoring system ( rrssms ), which is an important part of the railway information system and play a key role to guarantee railway working with high efficiency and safety, will bring considerable benefits
隨著網路通信技術、控制技術和分散式計算技術的飛速發展,基於三層網路體系結構的開放分散式遠程監控系統開始在各行各業中得到應用,鐵路站場信號系統是鐵路行車調度和行車安全的基礎,因此,鐵路站場信號遠程監控系統是信息化鐵路的重要組成部分,對于實現鐵路運輸的安全高效具有非常重要的意義,可以帶來很可觀的經濟效益。Firstly, unlike other technologies that verify security at high - level protocol, verifying security at ip level is transparent to applications and end - users that don " t have to be modified even if there is any change at ip level. secondly, another conspicuous advantage is that it can be used on any machine that uses ip protocol to communicate. no matter ipsec runs on routers, on firewall machines, on various application servers, and on end - user desktop or laptop machines, it can verify security of network transmission
首先,在通信協議底層對數據傳輸提供安全保護與其它在高層協議中提供安全保護的技術不同,在ip層提供安全性保護對應用程序和終端用戶都是透明的,不需要應用程序、其它通信層次和網路部件做任何改動;其次, ipsec的另一個顯著特點是它幾乎可以運行在使用ip協議進行通信的任何機器上,不論是運行在路由器、防火墻主機、各種各樣的應用服務器上,還是運行在終端用戶的個人計算機或筆記本電腦上,它都能提供一定的安全保障;最後,利用ipsec實現虛擬專用網是目前通過internet實現企業內部網的主要解決方案之一。This paper uses system study theory and fuzzy mathematics method to analyze all man - machine - environment factors of rock - loading and transportation process to the influence of construction safety, confirms the hierarchy structure of the transportation system and weight of the safety assessment indes, offers the reliable basis for safety assessment of the tunnel constructrion
本文運用系統學理論和模糊數學方法分析了隧道施工裝巖運輸過程中人機環境諸因素對施工安全的影響,確定了運輸系統層次結構及安全評價指針的權重,為隧道施工安全評價提供了可靠依據。There are two important kinds of special objects in mine information system, that is to say, digging roadway and stratum. roadways are the thoroughfare that transport coal form the working face to ground, ventilate, and carry workers safely
礦山信息系統主要面對兩類空間目標,即掘進巷道和地層,巷道是采礦生產中將煤炭從工作面運送到地面,以及通風、安全輸送工人的通道。Therefore, we study on the survey method for the statistics of whole industry waterway transportation volume based on the basic units of ships management and waterway traffic safety superintendence - port and waterway superintendence units ( pws units ). in this dissertation, we mainly studied and solved the following three problems : 1
由此對依託我國的水上安全監督和船舶航行管理的基層單位? ?港航監督所、監督站和監督點(以下簡稱為:港航監督所站)開展全行業水路運輸量統計調查進行了研究,本論文重點研究和解決了方案設計中以下三方面的問題: ( 1 )依託港航監督所站,進行全行業水路運輸量抽樣調查的具體方法研究和篩選。The whole system adopts b / s mode of three - layer structure, and the education administration subsystem has been implemented by using modularized programming idea and asp technology and sql server 7. 0. some validating mechanism and safe information transmission method have been used to improve the security of the system
本文採用三層結構的b / s模式,運用模塊化的編程思想,使用asp技術和sqlserver7 . 0來實現教學管理系統,並使用一定的驗證機制和安全的信息傳輸方式來提高該系統的安全性。Point out that the main security problem of mipv6 is how a mobile node can prove he has the proprietary of the care - of address and the home address he declared and how to protect bingding update ( bu ) message
本文研究工作的主要特點如下: 1 .對ipv6和mipv6的基本內容進行了研究,證明了mipv6的運作對于傳輸層的透明性。指出mipv6安全問題的關鍵是移動節點證明地址所有權以及保護綁定更新的觀點。The main research contents are as follovvs : after the analyzing of the process of making train diagram, according with its character, and take into account the trend of innovation, chooses the total solution based on the b / s architecture, 3 - tier operation distributed and 2 - tier data distributed to separate the data from operation and simplify the development and maintenance ; the e - r data model that is accord with the 3nf criterion is designed after analyzing the data structure of the train diagram system. emphasis on the permission security of the distributed system, take the view schema, coupled with the login authentication and permissions validation, to ensure the data accessing domination, and take the synchronization, error control, and restore capability to advance the data security ; on the basis of b / s solution architecture, after comparing the existing transportation technologies, b - isdn and adsl is selected as the major solution architecture based on the package - svvitched networks. furthermore, error control, firewall, and encryption techniques are introduced to prevent the hacker attack and ensure the networks safety
論文的主要研究內容包括:對目前我國列車運行圖管理體制和編制流程進行詳細分析,根據其「幾上幾下」的特點,並結合未來「網運分離」體制改革的變化預測,選擇採用與之相適應的基於b s體系架構、三層業務分佈、二層數據分佈的整體方案,實現業務與數據的分離,降低開發與應用過程的復雜度和總體成本;對列車運行圖系統的數據信息進行分析,設計符合3nf規范的數據e - r關系模型,並著重研究處于分散式系統中的列車運行圖數據信息的訪問權限和數據安全問題,提出以視圖模式結合用戶識別權限審定實現數據權限劃分,以並發處理、容錯技術、恢復技術提高系統的數據安全性;在基於b s架構的系統整體方案基礎上,對當前多種數據傳輸技術進行分析比較,採用b - isdn為主幹網、 adsl為接入端的基於公用數據網路分組交換技術的系統網路體系結構,並針對網路自身安全性和黑客攻擊與侵入問題,詳細討論綜合採用差錯控制、防火墻、數據加密解密等技術手段提高系統的網路安全性能。Constructing a forty - meter pipeline to carry the water, erecting barrels to filter dirty water, and using sand and stones to pave the surface and build a safe sidewalk
建立40米的輸送管來運送水流,以鐵桶過濾污水,並用沙土與石頭鋪蓋在表層,修建一條安全的走道。This thesis analyzes the security risk of the municipal e - govemment network of chengdu, reports the specific security demands of the network, and defines the objectives of the network. applying the modem security theory and technology, build an integrated secure network with multi - layer protocol and multi - level structure. and design a security management plan which is very import in the whole security system
在信息安全理論和安全技術框架指導下,運用信息系統安全工程方法,針對協議層次和縱向結構層次的不同安全要求,設計具有一定創新的綜合安全體系,將物理安全、環境安全、操作系統安全、通信安全、傳輸安全、應用安全、用戶安全以及安全管理等相結合,構成層次清晰、功能精幹強健的安全體系。First, a kind of user defined structure be applied to realize the message transformation. the next, faced with the problem of information security, this thesis puts forward exerting the encryption algorithm to set in the bottom function of middleware. finally, the paper sums up the complexion of implementation and also proposes the improving suggestions to the application service platform. at present, application service platform has been used in bank system and the result is comfortable
本文以某銀行湖北省分行的應用服務平臺的設計及實現為背景,結合中間件技術提出了應用服務平臺的結構模型和整體框架,在應用服務平臺的具體設計實現方面,本文針對報文轉換和信息安全展開了討論,首先對于報文轉換設計了一種自定義結構實現報文的轉換方法,其次對于平臺的安全性方面提出了運用傳統的加密函數嵌入到中間件的底層函數中,從而實現對平臺傳輸數據的加密,最後對應用服務平臺的設計實現情況進行總結,同時提出了進一步改善建議。分享友人