网站建设背景介绍英文(网站开发的背景)

高端网站建设 11
本篇文章给大家谈谈网站建设背景介绍英文,以及网站开发的背景对应的知识点,希望对各位有所帮助,不要忘了收藏本站喔。 本文目录一览: 1、网站建设英语词汇 2、

本篇文章给大家谈谈网站建设背景介绍英文,以及网站开发的背景对应的知识点,希望对各位有所帮助,不要忘了收藏本站喔。

本文目录一览:

网站建设英语词汇

关于我们 About Us / Company Profile

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组织机构 Organizational Chart

合作加盟 Join Us

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发展历程 History

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本人需要一篇关于网站建设(购物网站更好)的英文文章(3000词左右)

Annoying Website Design

Have you ever considered that your website may be annoying? When it’s comes to website design, knowing what visitors hate most is a must, unless you don’t want them to visit you again. This article describes what you should exclude from your website. If you know about an annoying website, feel free to send this article to its webmaster.

A few weeks ago I received an email from a colleague asking me to check one of the website he had developed. He is a web designer and his client wanted a nice attractive flash header. The flash header was great. You can’t miss it at all. Some nice graphics elements were flying in while sound effects created just the right atmosphere. However, after starting to explore the website, the header became very annoying because every time you clicked on the website the header restarted. What was pleasant initially became very annoying very quickly, disturbing your concentration and making it difficult to read what was on the page.

He is not the first to create what I like to call – "annoying website design". Many webmasters, especially new webmasters are totally “in love” with their ideas and tend to go overboard with their design in one way or another. It’s nice to have an attractive header, but is it really necessary to assault the visitor’s mind with it? In my opinion, absolutely not!

Webmasters sometimes forget that their website design should send a message to the visitor that should reflect the website topic and not the programmer’s skill level.

Is Your Website Design Annoying?

Well…. It’s not that hard to be annoying. However, some webmasters are much better than others at annoying their visitors. Check my top 5 list and decide for yourself whether you have been annoying your visitors.

Background music – Unless you are operating an online internet radio station or sell music CDs, why play a midi/wav file in the background continuously on every page?

Huge font size – If you are designing a website for people with a disability then you are doing the right thing, but if not then you are shouting. People don’t like it when someone shouts at them.

Small font size – Do you want to be heard? Keep a normal tone, don’t shout but "speak" in a reasonable volume.

Overlapping layers – Layers can be very useful up to the point. But not when they are being used to put an annoying message in the visitor’s face. Don’t try to force your visitor to read your messages. Try persuasion instead of brute force.

Popup windows – Even though popup windows are now blocked by many add on tools, webmasters keep using them. The annoying part of popups is sometimes we actually miss important information because of those anti popup tools. Haven't you heard the old phrase "if you can’t beat him, join him”? Don’t use pop up windows. Put your important messages in a central place on your website.

Most likely each one of us has our own private top five lists. You probably have many more annoying design cases in mind. Well, you’re right, the list is much longer then that. I just wanted to describe some of the highlights in order to bring this important subject your attention.

Some of you are probably reading those lines and smiling while some others have a feeling a deja-vu. Keep in your mind that as a webmaster the last thing you want to do is put lots of effort into your website and then find out that your visitors hate it. It's not a matter of taste, it's more about being the same polite person we all try to be when we go to a party.

I tried to point out a few things that might be useful to some web designers and webmasters. I don’t know about you, but I’m going to send this article to my friend, hopefully he’ll send it to his client :)

求一些跟网站建设有关的英文句子,短语

ADM Add-Drop Multiplexer 分插复用器

AI Adapted Information 适配信息

AIS Alarm indication Signal 告警指示信号

AP Access Point 接入点

APId Access Point Identifier 接入点识别符

APS Automatic Protection Switching 自动保护倒换

ATM Asynchronous Transfer Mode 异步转移模式

AU Asynchronous Unit 管理单元

AU-n Administrative Unit , level u 管理单元,第n级

AUG Administrative Unit Group 管理单元组

BER Bit Error Ratio 比特误码率

BBER Background Block Error Ratio 背景块误码率

BIP Bit Interleaved Parity 比特间插奇偶校验

C Connection function 连接功能

CI Characteristic Information 特征信息

CK Clock 时钟

CM Connection Matrix 连接矩阵

CMISE Common Management Information Service 公用管理信息服务单元

CP Connection Point 连接点

CSES Consecutive Severely Errored Seconds 连续严重误码秒

D Data 数据

DCC Data Communications Channel 数据通信通路

DS Defect Second 缺陷秒

DEG Degraded 劣化

DEGTHR Degraded Threshold 劣化门限

DXC Digital Cross Connect 数字交叉连接

EI2 Electrical interface signal 2 048 kbit/s 2048kbit/s电接口信号

E31 Electrical inte4ace signal 34 368 kbit/s 34368kbit/s电接口信号

E4 Electrical inte4ace signal 139264kbit/s电接口信号

EBC Errored Block Count 误码块计数

EDC Error Detection Code 误码检测码

EDCV Error Detection Code Violation 误码检测码违倒

EMF Equipment Management Function 设备管理功能

EQ Equipment 设备

ES Electrical Section 电气段,电段

ESl Electrical Section ,levell STM-1电段

ES Errored Second 误码秒

Eq Recommendation G.703 type G.703类型电接口,

electrical signal, q表示比特率等级

bit rate order q

(q = 1l, 12,21,22,31,32,4) q = 1l, 12,21,22, 31,32,4

ExSL Expected Signal label 期望信号标识

ExTT Expected Trace Identifier 期望踪迹识别符

F_B Far-end Block 远端块

F_DS Far-end Defect Second 远端缺陷秒

F_EBC Far-end Errored Block Count 远端误码块计数

FAS Frame Alignment Signal 帧定位信号

FM Fault Management 故障管理

FOP Failure Of Protocol 协议失效

FS Forced Switch 强制倒换

FS Frame Start signal 帧起始信号

HO Higher Order 高阶

HOA Higher Order Assembler 高阶组装器

HOI Higher Order Interface 高阶接口

HOVC Higher Order Virtual Container 高阶虚容器

HP Higher order Path 高阶通道

HPA Higher order Path Adaptation 高阶通道适配

HPC Higher order Path Connection 高阶通道连接

HPOM Higher order Path Overhead Monitor 高阶通道开销监视

HPP Higher order Path Protection 高阶通道保护

HPT Higher order Path Termination 高阶通道终接

HSUT Higher order path Supervisory 高阶通道监视未装载终接

Unequipped Termination

HTCA Higher order path Tandem 高阶通道串联连接适配

Connection Adaptation

HTCT Higher order path Tandem 高阶通道串联连接终接

Connection Termination

HTCM Higher order path Tandem 高阶通道串联连接监视

Connection Monitor

ID Identifier 识别符

IF In Flame state 输入帧状态

LO Lower Order 低阶

LOA Loss Of Alignment ; generic 定位丢失(一般指LOF、LOM、

for LOF ,LOM ,LOP LOP)

LOF Loss Of Frame 帧丢失

LOI Lower Older Interface 低阶接口

LOM Loss Of Multi frame 复帧丢失

LOP Loss Of Pointer 指针丢失

LOS Loss of Signal 信号丢失

LOVC Lower Order Virtual Container 低阶虚容器

LP Lower order Path 低阶通道

LPA Lower order Path Adaptation 低阶通道适配

LPC Lower older Path Connection 低阶通道

LPOM Lower order Path Overhead Monitor 低阶通道开销监视

LPP Lower order Path Protection 低阶通道保护

LPT Lower order Path Termination 低阶通道终接

LSUT Lower older path Supervisory 低阶通道监视未装载终接

Unequipped Termination

LTCA lower order path Tandem 低阶通道串联连接适配

Connection Adaptation

LTCT Lower order path Tandem 低阶通道串联连接终接

Connection Termination

LTCM Lower order path Tandem 低阶通道串联连接监视

Connection Monitor

LTI Loss of all incoming Timing references 输入定时基准全丢失

MC Matrix Connection 矩阵连接

MCF Message Communications Function 消息通信功能

MI Management Information 管理信息

MP Management Point 管理点

MRITE Maximum Relative Time Interval Error 最大相对时间间隔误差

MS Manual Switch 人工倒换

MS Multiplex Section 复用段

MSA Multiplex Section Adaptation 复用段适配

MSn Multiplex Section layer , STM-N复用段层,n=1,4,16

sublayer ,level level n ( n = l 、4、 16)

MSnP Multiplex Section protection STM-N复用段保护子层,

n( n= l、4、16) n( n= l、4、16)

MSOH Multiplex Section Overhead 复用段开销

MSP Multiplex Section protection 复用段保护

MST Multiplex Section Terminatio 复用段终接

MTIE Maximum Time Interval Error 最大时间间隔误差

N_B Near-end Block 近端块

N_BBE Near-end Background Block Error 近端背景块误码

N_DS Near-end Defect Second 近端缺陷秒

N_EBC Near-end Errored Block Count 近端误码块计数

NC Network Connection 网络连接

NDF New Data Flag 新数据标识

NE Network Element 网络单元,网元

NEF Network Element Function 网元功能

NNI Network Node Interface 网络节点接口

NU National Use 国内使用

OAM Operation , Administration 操作、管理与维护

and Maintenance

ODI Outgoing Defect Indication 输出缺陷指示

OEI Outgoing Error Indication 输出误码指示

OFS Out-of-Flame Second 帧失步秒

OHA OverHead Access 开销接入

OOF Out Of Frame 帧失步

OS Optical Section 光段

OSn Optical Section layer, STM-N光段层,n = l,4, 16

level n (n = l,4, 16)

OW Order Wire 公务

PI2s 2048kbit/s PDH path layer 具有G.704的125μs同步帧

with synchronous 125μs 结构的2048kbit/s PDH通道层

frame structure according to G.704

PI2x 2048kbit/s layer (transparent) 2048kbit/s(透明)层

P31e 34368kbit/s PDH path layer 带有4个准同步8448kbit/s

with 4 plesiochronous 8448kbit/s 的34368kbit/sPDH通道层

P31s 34368kbit/s PDH path layer 具有G.832的125μs同步帧

with synchronous 125μs 结构的34368kbit/s PDH通道

frame structure according to G.832 层

P31x 34368kbit/s layer (transparent ) 34368kbit/s(透明)层

with 3 plesiochronous 44736kbit/s

P4e 139 264 kbit/s POH path layer 带有4个准同步34368kbit/s

with 4 plesiochronous 34 368kbit/s 的139264kbit/sPDH通道层

P4s 139264kbit/s PDH path layer 具有G.832的125μs同步帧

with plesiochronous 125μs 结构的139264kbit/s PDH

frame structure according to G.832 通道层

P4x 139264kbit/s layer (transparent) 139264kbit/s(透明)层

PDH Plesiochronous Digital Hierarchy 准同步数字体系

PLM Payload Mismatch 净荷失配

PPI PDH Physical Interface PDH物理接口

PJC Pointer Justification Count 指针调整计数

PJE Pointer Justification Event 指针调整事件

PM Performance Monitoring 性能监视

POH Path Over Head 通道开销

Pq PDH path layer, PDH通道层,比特率等级为

bit late order q(q = 1l、12、21、 q q = 1l、12、21、 22、31、32、4) 22、31、32、4

PRC Primary Reference Clock 主基准时钟

PS Protection Switching 保护倒换

PSC protection Switch Clock 保护倒换计数

PSD Protection Switch Duration 保护倒换时间

PSE Protection Switch Event 保护倒换事件

PSS Protection Switch Second 保护倒换秒

PTR Pointer 指针

RDI Remote Defect Indication 远端缺陷指示

REI Remote Error Indication 远端误码指示

RI Remote Information 远端信息

RP Remote Point 远端点

RS Regenerator Section 再生段

RSn Regenerator Section STM-N再生段,

layer ,level n ( n = I、4、16) n = I、4、16

RSOH Regenerator Section OverHead 再生段开销

RST Regenerator Section Termination 再生段终接

RxSL Received Signal Label 接收信号标识

RxTI Received Trace Identl8er 接收踪迹识别符

S12 VC-12 path layer VC-12通道层

S12D VC-12 tandem protection sublayer VC-12串联连接子层

S12P VC-12 path protection sublayer VC-12通道保护子层

S3 VC-3 path layer VC-3通道层

S3D VC-3 tandem connection sublayer 使用G.707附录D(选项2)定

using TCM definition according annex 义的TCM的VC-3串联连接

D/G.707 (option 2) 子层

S3P VC-3 path protection sublayer VC-3通道保护子层

S3T VC-3 tandem connection sublayer 使用G.707附录C(选项1)

using TCM definition according annex 定义的TCM的VC-3串联连

C/G. 707 (option l) 接子层

S4 VC-4 path layer VC-4通道层

S4D VC-4 tandem connection sublayer 使用G.707附录C(选项2)

using TCM definition according annex 定义的TCM的VC-4串联连

D/G. 7G7 (option 2) 接子层

S4P VC-4 path protection sublayer VC-4通道保护子层

S4T VC-4 tandem connection sublayer 使用G.707附录C(选项1)

using TCM de8nition according annex 定义的TCM的VC-4串联连

C/G.707 (option l) 接子层

SD Signal 信号劣化

SDH Synchronous Digital Hierarchy 同步数字体系

SDXC Synchronous Digital 同步数字体系交叉连接

hierarchy Cross-Connect

SEC SDH Equipment Clock SDH设备时钟

SEMF Synchronous Equipment 同步设备管理功能

SES Severely Errored Second 严重误码秒

SETG Synchronous Equipment Timing Generator 同步设备定时发生器

Timing Physical Interface

SEIPI Synchronous Equipment 同步设备定时物理接口

SETS Synchronous Equipment Timing Source 同步设备定时源

SF Signal Fail 信号失效

Sk Sink (信息、信号)宿

Sm lower order VC-m layer 低阶VC-m层(m = 11, 12,2,3)

(m = 11, 12,2,3)

SmD D VC-m (m=11,12,2,3)tandem connection VC-m串联连接子层

Sublayer (m = 11, 12,2,3)

SmDm Lower Older Tandem Connection 低阶串联连接非插入监视

Non-Intrusive Monitor

Smm VC-m (m=11,12,2,3)path layer VC-m通道层非插入监视

non-intrusive monitor (m =11, 12,2,3)

SmP VC-m (m=11,12,2,3)path VC-m通道保护子层

protection sublayer (m = 11, 12,2,3)

Sms VC-m(m=11,12,2,3)path layer VC-m通道层监视未装载

supervisory-unequipped (m = 11, 12,2,3)

Sn higher order VC-n layer (n=3,4) 高阶VC-n(n=3,4)

SnD VC-n(n=3,4) tandem connection 使用G.707附录D(选项2)定

sublayer using TCM de8nition 义的TCM的VC-n(n=3,4)串

according annex D/G. 707(option 2) 联连接子层

SnDm Higher Older Tandem Connection 高阶串联连接非插入监视

Non-Intrusive Monitor

Snm VC-n(n=3,4)path layer VC-n(n=3,4)通道层非插入监视

non-intrusive monitor

SnP VC-n(n=3,4) path protection sublayer VC-n(n=3,4)通道保护子层

Sns VC-n (n=3,4) path layer VC-n(n=3,4)通道层监视未装载

supervisory-unequipped

SnT VC-n (n=3,4) tandem connection 使用G.707附录C(选项1)定

sublayer using TCM definition 义的TCM的VC-n(n=3,4)串

according annex C/G. 707(option l) 联连接子层

SnTm Higher Order Tandem Connection 高阶串联连接非插入监视

Non-Intrusive Monitor

SNC Sub-Network Connection 子网连接

SNC/I inherently monitored Sub-Network 固有监视子网连接保护

Connection protection

SNC/N Non-intrusively monitored Sub-Network 非插入监视子网连接保护

Connection protection

SNC/S Sublayer (tandem connection ) monitored 子层(串联连接)监视子

Sub-Network Connection protection 网连接保护

So Source (信息、信号)源

SOH Section Overhead 段开销

SPI SDH Physical Interface SDH物理接口

SPRING Shared Protection Ring 共享保护环

SSD Sewer Signal Degrade 严重信号劣化

SSF Server Signal Fail 严重信号失效

SSM Synchronization Status Message 同步状态消息

SSU Synchronization Supply Unit 同步供给单元

STM Synchronous Transport Module 同步传送模块

TCM Tandem Connection Monitor 串联连接监视

TCP Termination Connection Point 终接连接点

TD Transmit Degrade 发送劣化

TF Transmit Fall 发送失效

TFAS trail Trace identifier 路径踪迹识别符帧定位信号

Frame Alignment Signal

TI Timing Information 定时信息

TTM Trace Identi8er Mismatch 踪迹识别符失配

IMN Telecommunications Management Network 电信管理网

IP Timing Point 定时点

TF Transmit Termination Point mode 终接点模式

IS Time Slot 时隙

TSD Trail Signal Degrade 路径信号劣化

TSF Trail Signal Fail 路径信号失效

TSL Trail Signal label 路径信号标识

TT Trail Termination function 路径终接功能

TTF Transport Termination Function 传送终接功能

TTs Trail Termination supervisory function 路径终接监视功能

TTI Trail Trace Identifier 路径踪迹识别符

TTP Trail Termination Point 路径终接点

TU Tributary Unit 支路单元

TU-m Tributary Unit , level m 支路单元,m等级

TUG Tributary Unit Group 支路单元组

TUG-m Tributary Unit Group , level m 支路单元组,m等级

TxSL Transmitted Signal Label 发送信号标识

TxTI Transmitted Trace Identifier 发送踪迹识别符

UNEQ UNE quipped 未装载

UNI User Network Interface 用户网络接口

USR User channels 用户通路

VC Virtual Container 虚容器

VC-n Virtual Container , level n 虚容器,n等级

VP Virtual Path 虚通道

W Working 主用,工作

A2 原子功能符号缩略语

EI2_TT 2048kbit/s Electrical hlte4ace 电接口信号终接

2048kbit/s Signal Trail Termination

E12/P12x_A 2048 kbit/s Electrical Interface 2048kbit/s电接口信号/

Signal to 2048 kbit/s Adaptation 2048kbit/s适配

E31_TT 34 368 kbit/s Electrical 34 368 kbit/s 电接口

Interface Signal Trail Termination 信号终接

E31/P31x_A 34368 kbit/s Electrical 34 368 kbit/s 电接口

interface Signal to 34 368 信号/34368kbit/s适配

kbit/a Adaptation

E4_TT 139 264 kbit/s Electrical 139 264 kbit/s电接口信号终

Interface Signal Trail Termination 接

E4/P4x_A 139 264 kbit/s Electrical 139 264 kbit/s电接口信号终

Inte4ace Signal to 139 接/139264kbit/s适配

264kbit/s Adaptation

ES1/RS1_A STM-l Electrical Section to STM-l电段/STM-1再生

Regeneratoe Section Adaptation 段适配

ES1_TT STM-1Electrical Section Trail Termination STM-l电段终接

MS1_TT STM-l Multiplex Section Trail Termination STM-l复用段终接

MS1/S4_A STM-1 Multiplex Section to VC-4 higher STM-l复用段/VC-4通

order path Adaptation 道适配

MS1/SD_A STM-1 Multiplex Section to Signal STM-l复用段/信号劣

Degrade Adaptation 化适配

MSI/OW_A STM-1 Multiplex Section to STM-l复用段/公务通信适配

Older-wire Adaptation

MS1/DCC_A STM-1 Multiplex Section to Data STM-l复用段/DCC通道适配

Communications Channel Adaptation

MSn_TT STM-N Multiplex Section STM-N复用段终接

Trail Termination

MSn/MSnP_A Multiplex Section to Multiplex STM-N复用段/STM-N复用

Section Protection Adaptation 段保护适配

MSnP_C STM-N Multiplex Section STM-N复用段保护连接

Protection Connection

MSnP-TT STM-N Multiplex Section Protection STM-N复用段保护终接

Trail Termination

MSn/S4_A STM-N Multiplex Section to VC-4 STM-N复用段/VC-4通道适

higher order path Adaptation 配

MSn/SD_A STM-N Multiplex Section to STM-N复用段/信号劣化适配

Signal Degrade Adaptation

MSn/OW_A STM-N Multiplex Section to STM-N复用段/公务通信适配

Order-wire Adaptation

MSn/DCC_A STM-N Multiplex Section to Data STM-N复用段/DCC通道适配

Communications Channel Adaptation

OSn_TT STM-N( Optical Section Trail Termination STM-N光段终接

OSn/RSn_A Optical Section to Regenerator STM-N光段/STM-N再

Adaptation 生段适配

P4x-n 139 264 kbit/s Signal Trail Termination 139 264 kbit/s 终接

P4x/P12x_A 139 264 kbit/s Signal to 139 264 kbit/s

2 048 kbit/s Signal Adaptation /2048kbit/s适配

RS1_TT STM_1 Regeneration Section Termination STM-1再生段终接

RSn_TT STM-N Regeneration Section Termination STM-N再生段终接

RSn/MSn_A Regeneration Section to STM-N再生段/STM-N复

Multiplex Section Adaptation 用段适配

BSn/User_A Regeneration Section to User STM-N再生段/用户

Channel Adaptation 通道适配

RSn/OW_A Regeneration Section to STM-N再生段/公务通信适配

Order-wile Adaptation

RSn/DCC_A Regeneration Section to Data STM-N再生段/DCC通道

Communications Channel Adaptation 适配

SI2_ TT VC-12 lower order path Trail Termination VC-12通道终接

SI2/PI2x_A VC-12 lower order path to VC-12通道/2048kbit/s

2 048 kbit/s signal Adaptation 信号适配

SI2/S 12P_A VC-12 lower order path to VC-12通道/VC-12

VC-12 path Protection Adaptation 通道保护适配

SI2P-C VC-12 path Protection Connection VC-12通道 保护连接

SI2P_TT VC-12 path Protection Trail Termination VC-12通道保护终接

S3_TT VC-3 path Trail Termination VC-3通道终接

S3/S3P_A VC-3 path to VC-3 path . VC-3通道/VC-3

Protection Adaptation 通道保护适配

S3/P3Ix_A VC-3 path to 34 368kbit/s VC-3通道/34368

signal Adaptation kbit/s适配

S3P_C VC-3 path Protection Connection VC-3通道保护连接

S3P_TT VC-3 path Protection Trail Termination VC-3通道保护终接

S4_C VC-4 path connection VC-4通道连接

S4_TT VC-4 path Trail Termination VC-4通道终接

S4P_TT VC-4 path Protection Trail Termination VC-4通道保护终接

S4/S12_A VC-4 path to VC-4 path Adaptation VC-4通道/VC-12通道适配

S4/S3_A VC-4 path to VC-3 path Adaptation VC-4通道/VC-3通道适配

S4/S4P_A VC-4 path to VC-4 path VC-4通道/VC4

protection Adaptation 通道保护适配

S4P_C VC-4 path Protection Connection VC-4通道保护连接

S4D_TT VC-4 path Tandem Connection VC-4串联连接终接

Trail Termination

S4Dm_TT VC-4 path Tandem Connection VC-4串联连接非插入监视

Non-Intrusive Monitor

S4D/S4_A VC-4 path Tandem Connection VC-4串联连接/VC-4

Adaptation 通道适配

S4m_T VC-A path Non-Intrusive Monitor VC-4通道非插入监视

S4s_TT VC-4 path Supervisory-Unequipped VC-4通道监视未装载终接

Termination

S4Tm_TT VC-4 path Tandem Connection VC-4串联连接非插入监视

Non-Intrusive Monitor

S4T_TT VC-4 path Tandem Connection VC-4串联连接监视终接

Trail Termination

S4T/S4_A VC-4 path Tandem Connection VC-4串联连接适配

Adaptation

S4/User_A VC-4 path to User path Adaptation VC-4通道/用户通道适配

Sm_C VC-m lower order path Connection 低阶通道连接

SmD_TT VC-m low order path Tandem Connection 低阶通道串联连接终接

Trail Termination

SmD/Sm_A VC-m lower order path Tandem Connection 低阶通道串联连接/

Adaptation 低阶通道适配

SmDm_TT VC-m lower order path Tandem Connection 低阶通道串联连接

Non-Intrusive Monitor 非插入监视

Smm_TT VC-m lower older path Non- 低阶通道非插入监视

Intrusive Monitor

Sms_TT VC-m lower order path Supervisory- 低阶通道监视未装载终接

Unequipped Termination

英文网站建设必要性

1.塑造向国际化方向发展的企业形象;

2.通过搜索引擎等商贸网站开发市场,有效及直接地增加生意;

3.促进不同地域、文化背景下的客户、供应商、合作伙伴之间便捷有效的商务沟通和交流;

4.建设英文网站后,在网上平台进行的交易和信息发布,超越传统商业模式;

求一份服装类电子商务网站设计论文提纲

1. 背景介绍

2. 网站运营模式

3. 网站建设目标

4. 系统核心设计

5. 网站运行环境

6. 网站内容

栏目名称 栏目说明

公司介绍 由中文和英文两种页面构成,通过该栏目可以向外界发布金属贸易公司的组织结构、经营范围和经营理念。

电子期刊 由公司电子期刊发布管理系统组成,通过该系统可以动态发布期刊的内容。

会员管理 通过会员管理系统可以有效地对会员进行管理,可以对成为会员的单位开放贸易公司资料库、生产厂商资料库,查询全球价格行情和国内价格行情。

新闻发布 通过新闻发布管理系统进行新闻的动态更新、动态发布,并进行方便的后台管理。

供求信息发布 通过供求信息发布管理系统,各个商家可以进行供求信息的发布,实现供求信息的检索。

产品发布 通过产品发布管理系统可以有效发布最新产品,对每一位商家提供按条件检索功能,方便商家快速找到所需产品。

网上谈判 通过网上谈判管理系统可以方便地进行贸易磋商,提高交易的成功率。

招标管理 通过招标管理系统,可以方便有效地发布招标信息,对标书进行有效管理,从而降低购买成本。

网上交易 通过网上交易管理系统,可以实现定单的下载,实现b2b形式的电子交易系统。

网上竞价 通过网上竞价管理系统,开展在线的竞价活动。

网站服务 设置一些知识性栏目,以增加网站流量。

期货板块 主要介绍期货的价格信息、行情预测、基本知识、行情回顾、相关生产厂商动态等。

其它栏目 网站导航、统计模块、超级链接模块、帮助系统等。

案例4-2 “亿商聚”电子商务网站的总体设计

一、创建139EC.COM的依据

我国皮件制造行业在很漫长的时间里,一直延续着劳动密集型的加工生产及传统落后的销售方式,其生产技术水平及管理规范程度远落后于其它许多行业。 20世纪电子商务的出现,使企业许多难以想象或难以解决的问题被认为可以得到改善及改变。对於产品市场推广、商品跨地区的销售管理、企业广告宣传、客户信息交流及反馈、客户销售服务以及商品保养常识介绍,这些企业原来感到很“繁重”的工作几乎在不增加企业成本的情况下变得非常容易起来,甚至因为物流业的迅速发展,使企业商务部销售人员几乎“不出家门”即可在互联网上以虚拟的方式完成各项销售工作,这种全新的模式使得传统“划地经营”的概念或模式荡然无存,电子商务在因特网技术平台的支持下,企业营销地域及空间的约束已不复存在,这是互联网时代给予的大好机遇。传统的企业营销方式在知识经济潮流冲撞下必须得到彻底革命,139EC.COM网站就是在这种大趋势下,同众多崇尚现代化管理手的企业一样被推向市场前延的众多企业网站之一,起名字为“亿商聚”。

二、139EC.COM规划特点

亿商聚电子商务网站依据“以企业营销为中心,一切为营销服务“的宗旨进行功能策划设计,其功能特点如下:

1. 内容专业性强

139EC.COM主要以皮件产品为主,结合企业产品特点,集中对产品的款式、工艺、品质、特性、市场流行状况、销售流程、支付办法以及物流方式的宣传介绍形式及内容作了合理有序的安排,同时根据网站商业功能特点,适当增加一些其它产品的介绍及销售功能设置。为了最大限度降低网站维护成本,网站功能及内容采取动静态相结合,大部分以固定的产品介绍及宣传服务信息为主,流动信息采纳比例减少,并定期更换部分流动信息内容。

139EC.COM网站初期阶段,B2B贸易设计采用静态方式,即网上洽谈报价,网下仍然保留传统交货付款方式,而B2C贸易采用网上订购,在线认证支付等动态功能设置,根据电子商务技术成熟及应用普及程度,逐步向全面在线合同、订货及支付方式过渡。

2. 知识性、趣味性

利用互联网远程传播的特点、将企业产品的性能特点,维护保养知识以及商品工艺知识有选择地介绍给用户(以多媒体综合表现形式通过合理的网页布局),不仅让不同的客户有选择地更多、更详尽地了解有关商品专业知识,并通过内容的常识性、趣味性来吸引更多的用户关心139EC.COM,以此扩大企业对外影响,培养更多的潜在用户。

3. 商业交易性

将传统的皮件贸易方式进行改造,形成电子商务交易运营的模式。根据国内及国际电子商务发展区域性成熟程度区别,形成不同要求的交易程式,目前对於B2B类的国际跨国贸易主要采取网上联系洽谈业务、网下签订合同和供货支付的商务方式,既只将传统贸易中信息交流的手段改变为利用互联网技术的方式,其他贸易内容方式不变,仍然延用企业熟悉的传统模式,使之得以相对安全高效低成本营运。B2C电子商务模式应用于网络合同、安全、电子支付及物流发展成熟的地区,即采用网上支付专业物流公司送货的模式,使之形成真正意义上的电子商务模式。

4. 双语性

为适和国际开放市场的要求,网站首页以中英文分别按钮进入形式,这种形式一方面适合国内上网客户浏览中文信息以及购物的要求,同时满足国际贸易来往信息交流的要求。对139EC.COM网站内容结构分配策划上,中文信息涵盖了几乎所有信息及功能内容,英文信息主要以商务信息为主。

三、栏目规划

为了满足企业商务网站专业性、知识性的要求,对网站目标功能分析划分后,组成网站功能栏目系统结构。

139EC.COM

产品介绍

第二部分

第三部分

贸易流程

第一部分

商品趣闻

行业动态

留言板

皮件工艺学校

皮件保养

动物饲养

工艺制作

皮件产地

手机配件

根据一般网民上网浏览寻访习惯以及网页信息的重要程度,将功能栏目系统结构中的第一部分功能项安排作为主导航栏上各功能键;第二部分功能项安排作为辅助导航栏目的内容,这部分栏目的内容主要满足商品常识性的要求。第三部分安排为其他商品的目,以满足综合功能要求。

四、基本页面功能分布分析

按照商品专业化程度划分,网站栏的内容分成主要导航栏目、辅助导航栏目及综合栏目三组。考虑到视觉习惯、将主要导航栏目组横排在最突出的最上方位置、辅助栏目组紧邻其下,其它商品栏目组竖立在网页的主侧,该诅根据网站产品类别变动需要可临时添加或删除,在整个栏目系统结构中,各栏目页面基本以此结构为模板,同时通过相互链接可进行栏目间自由切换。

根据各栏目的功能要求,网页中央位置分别放置对应信息内容,主页以及个别主要网页安排一些必要的辅助功能,如会员登记、信息搜索、广告发布等功能,地址及E-MAIL联系设立在各页面下方。

五、其他

根据网站商务要求,在产品介绍栏目页,为了方便客户即时订购商品,在相应的商品照片位置设置订购专用按钮,以便及时进行必须的采购表单填制或及网上支付。若用户有信息反馈,可通过留言板和电子邮件的方式予以予反馈,并可以得到及时的处理意见。

请英文高手帮帮忙翻译一下网站建设论文摘要把!

What does the website good operation depend on is? Depends on the technology, definitely is not, because the technical development is a relative concept, does not have the durability, lacks the cohesive force, if depends on this merely, cannot maintain the entire website development. The website is actually an enterprise, it is provides to own customer by the different product, namely glances over by the homepage form development for them, lets them by the interactive way participation and so on, therefore the websites must be able to represent the enterprise the image, can transmit an enterprise the profession style, therefore in the color, in the typesetting must even more pay attention.

Key word: Website subject; Structural design; Function division

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