1. 2018電子商務文獻綜述選題
2017-2018年電子商務專業畢業論文題目參考對中國電子商務商業模式模仿性創新發展的研究
網路團購的商業與盈利模式研究
我國中小型企業人力資源管理信息化的研究
我國移動電子商務商業模式研究
企業電子商務協同演化及其策略研究
我國電子商務下的消費者權益保護
美國電子商務對我國的啟示
外貿B2C平台的發展問題研究
網上消費者行為方式研究
家電B2C商業模式研究
用平衡計分法進行企業績效評價-以阿里巴巴為例
web2.0與大學生網路創業研究
我國家電專業連鎖企業體驗營銷研究
Facebook的商業模式和價值研究
中小企業人力資源管理信息化實施中的對策
電子商務系統對企業競爭力的提升機制分析：基於信息與知識的視角
中小企業電子商務網站建設探討與分析
網路交易實名對電子商務發展的影響及實行對策
國內微博廣告研究
電子商務企業盈利模式分析
從網路售假肆虐探究C2C電子商務網站的信用管理
基於案例分析的email營銷研究
實名制對電子商務發展的作用和影響——基於南海青年網路社區Young地帶的分析
"C2C電子商務背景下物流配送的研究
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Web2.0時代的電子商務發展現狀和發展趨勢
淺析國內電子商務盈利模式
我國網上書店的發展現狀與發展策略分析
珠三角基於電子商務的物流行為分析及策略研究
垂直搜索引擎的比較研究
博客策略在SEO中的應用研究
電子商務下的旅行社業務流程再造研究
我國移動電子商務商業模式和盈利模式的研究
企業組織智力的構成及其測度研究
婚戀交友網站的盈利模式及發展探究
中國銀行業客戶關系管理應用研究
論微博營銷的商業價值
互聯網廣告盈利模式研究
廣州聯通客戶關系管理策略分析
網店實名制的利弊及對策意見
網上拍賣信譽管理
B2C電子商務環境下物流配送模式研究
我國C2C模式下的電子商務監管研究
淺析我國傳統製造業電子商務「瓶頸」問題
電子商務企業的適應性分析
淺談網上拍賣網站的發展趨勢
移動互聯網的廣告模式
網路實名制的商業機遇與挑戰
有關電子商務創業方法的研究
傳統企業電子商務轉型的演變路徑研究
搜索引擎優化在網路營銷中的應用
影響我國中小型服裝企業實施電子商務因素的研究
論網路廣告的娛樂性
客戶體驗在電子商務中的應用
電子商務中的信用問題研究
互聯網廣告與網路營銷的關系研究
中小企業實施電子商務的優勢和戰略
團購網站信用體系的研究
中小企業電子商務盈利模式探究
我國網路團購商業模式研究及發展趨勢
B2C電子商務網站競爭力評價研究
校園電子商務的問題研究
微博團購營銷——團購與微博結合下的微利潤最大化
基於電子商務的珠三角民營企業轉型對策研究
我國農產品經濟的電子商務模式研究
淺析客戶體驗管理
網路事件營銷研究
網上拍賣信譽管理的研究
網路游戲的興起與現狀
論移動電子商務與企業的發展
微博營銷模式研究
網路著作權的保護研究
數字鴻溝——電子商務環境下國際貿易引起的馬太效應
風險投資與我國互聯網企業發展的關系效應分析
淺析基於社交媒體的關系鏈營銷
我國網路著作權侵權及保護
我國物聯網行業發展現狀及趨勢研究
互聯網廣告研究
淘寶B2C與凡客誠品B2C運營方式比較研究
淺析網路著作權問題
網路交易權益保障
蘋果手機市場銷售分析
雲計算在電子商務中的應用研究
2. 電子商務參考文獻
1 對話下半場:建立健全電子商務領域金融秩序 電子商務 2007/01
2 攜程電子商務模式組成要素分析 電子商務 2007/01
3 電子商務經營模式給企業帶來了什麼 電子商務 2007/01
4 服務中小企業的第三方電子商務模式研究 電子商務 2007/01
5 電子商務中《消費者權益保護法》適格主體研究 電子商務 2007/01
6 談新就業形勢下的職業院校電子商務專業建設 電子商務 2007/01
7 淺談物資采購的電子商務化 電子科技 2007/01
8 中國電信新一代B2B電子商務網站商集網上線運營 互聯網周刊 2007/02
9 Web數據挖掘在零售業電子商務中的應用 經濟師 2007/01
10 電子商務環境下的稅收 經濟師 2007/01
11 試論電子商務物流隱性成本控制 經濟師 2007/01
12 破除制約我國電子商務發展的四大瓶頸 通信世界 2007/02
13 電子商務代表網站及業務模式分析 通信世界 2007/02
14 組建基於企業服務匯流排的電子商務集成系統研究 計算機應用與軟體 2007/01
15 基於SOAP的即時消息在B2C電子商務系統中的應用 計算機應用與軟體 2007/01
16 電子商務對會計的影響及電子商務會計的發展 會計之友(中) 2007/01
17 電子商務中數據挖掘技術的使用 內蒙古電大學刊 2007/02
18 電子商務專業畢業生就業率低的原因及其對策 內蒙古電大學刊 2007/02
19 淺談煙草行業電子商務 華北、東北地區2007年度煙草學術交流研討會論文集 2007
20 B2C電子商務模式下物流配送路徑優化問題研究 北京交通大學 2007
21 電子商務環境下傳統企業流程變革研究 同濟大學 2007
22 淺析電子商務誠信體系的構建與實現 商場現代化 2007/01
23 基於電子商務的供應鏈管理研究 商場現代化 2007/01
24 電子商務體系結構與電子支付技術 商場現代化 2007/01
25 論新農村建設中農業電子商務的發展戰略 商場現代化 2007/01
26 旅遊電子商務網站的構建 商場現代化 2007/01
27 分銷商網路團購營銷的電子商務模型研究 商場現代化 2007/01
28 電子商務及其安全技術 商場現代化 2007/01
29 淺析電子商務的安全 商場現代化 2007/01
30 Web 2.0技術在電子商務中的應用 商場現代化 2007/01
3. 求兩篇關於電子商務英文參考文獻
http://59.42.244.59/Readers/Index.aspx
http://www.nstl.gov.cn/index.html
4. 求一篇電子商務的文獻綜述
可以在（電子商務評論）刊物上找這類文獻吧
5. 電子商務物流國內外文獻綜述
自己去小米學術檢索下載就行啊，在這里問不出來結果的
6. 關於電子商務安全的英文參考文獻
電子商務安全技術的分析與研究
2007-10-12 With the network technology and the rapid development of information technology, e-commerce has been growing a wide range of applications, more and more businesses and indivials rely on e-commerce users quick and efficient. It appears not only to the development and expansion of Internet has provided a new opportunity, but also to the business community into a great power. But e-commerce is based on vector-based computer network and a large number of important status information, accounting information, transaction information needed to carry out in-line transmission, in such circumstances, security issues become a priority issue.
Second, the current e-commerce security issues
1. Network protocol security issue: At present, TCP / IP protocol is the most widely used network protocol, but TCP / IP itself, characterized by openness, enterprise and users of electronic transactions in the course of the data is the form of packet transmission, malicious attackers can easily launch an e-commerce site to a packet interception, or even modify the data packets and counterfeiting.
2. Users of information security issues: At present, the most important form of e-commerce is based on B / S (Browser / Server) structure of the e-commerce sites, users log on using the browser network transactions, as a result of the user in the registry may be used in public computer, such as Internet cafes, offices, computers, etc., then if they have a malicious Trojan horse computer program or virus, the user's login information such as user names, passwords may be the risk of loss.
3. E-commerce Web site security issue: that there are some companies established themselves in the design of e-commerce site will have a number of proction security, server operating system itself, there will be loopholes, unscrupulous attackers to enter the e-commerce site if a large number of user information and transaction information will be stolen, enterprises and users to incalculable losses.
C, e-commerce security requirements
1. The effectiveness of service requirements: e-commerce system should be able to prevent the occurrence of service failures to prevent failure e to network attacks and viruses and other system factors such as suspension of services to ensure that transaction data can be transmitted quickly and accurately.
2. Trading requirements of the confidentiality of information: e-commerce systems to deal with the information sent by users of encryption to effectively prevent the interception of information to decipher, at the same time to prevent unauthorized access to information.
3. Data integrity requirements: the number refers to the integrity of data processing, the original data and existing data is fully consistent between. In order to safeguard the seriousness of business dealings and fair, the transaction documents is not being modified, there will be damage to the commercial interests of the party.
4. The requirements of authentication: e-commerce systems should provide safe and effective authentication mechanism to ensure that transaction information between the two sides are legitimate and effective in order to avoid trade disputes, to provide a legal basis.
D, e-commerce security measures
1. Data encryption technology. Data encryption is the most basic e-commerce information system security precautions. The principle is that information on the use of encryption algorithm will be converted into explicit rules according to a certain encryption ciphertext generated after the transmission, thus ensuring the confidentiality of data. The use of data encryption technology can solve the information requirements of the confidentiality of its own. Data encryption technology can be divided into symmetric key encryption and asymmetric key encryption.
(1) symmetric key encryption (SecretKeyEncryption). Symmetric key encryption also known as secret / Private key encryption, that is, send and receive data between the parties must use the same key for encryption and decryption explicitly computing. Its advantage is encryption, decryption speed, suitable for large amount of data encryption, to ensure data confidentiality and integrity; drawback is that when the large number of users, distribution and management is very difficult to key on.
(2) non-symmetric key encryption (PublicKeyEncryption). Non-symmetric-key encryption also known as public key encryption, it mainly refers to each person only has a pair of corresponding keys: public key (the public key) and private key (the private key) public key public, private saved by the personal secret, a key used to encrypt them, they can only use the other to decrypt the key. Asymmetric key encryption algorithm is the advantage of easy distribution and management, the shortcomings of the algorithm complexity, encryption slow.
(3) the complexity of encryption technology. As a result of these two types of encryption technology, each the length of the relatively common practice is to integrate the two technologies. For example, the use of information to send the information symmetric key encryption, ciphertext generated after the recipient's public key to use symmetric key encryption to generate the number of envelopes, then the number of ciphertext envelope and sent to the receiver at the same time, the receiving party by the opposite clear direction after decryption.
2. Digital signature technology. Digital signature is generated through specific password computing the composition of a series of symbols and codes for a signature key, to replace the written signature or seal, this electronic signature technology can also be carried out to verify, verify the accuracy of its general manual signature and verification seal unmatched. Digital signature technology to ensure the integrity of information transfer and non-repudiation.
3. Accreditation agencies as well as digital certificates. E-commerce transactions e to the general users will not have face to face, so the two sides of the transaction identification is to protect the safety of the premise of e-commerce transactions. Certification body is a public and credible third party to confirm the identity of both parties, the digital certificate is signed by the certification body, including the identity of the owner of public key information as well as the public key of the document. Paid in the transaction process, participants must use the Certification Center of the digital certificate issued to prove his identity.
4. The use of Secure Electronic Transaction protocol (SET: Secure Electronic Transactions). By two major credit cards VISA and MasterCard standards organizations. SET for the division of e-commerce activities and to define the rights and obligations of the parties to the relationship between a given transaction information transmission process standards. SET protocol guarantees the confidentiality of e-commerce systems, integrity, non-repudiation of the legitimacy and identity.
7. 急求電子商務相關參考文獻，英文的，只要只要標題和作者
標題、作者、年份
《E-commerce: the role of familiarity and trust》
D Gefen - Omega, 2000
《What trust means in e-commerce customer relationships: an interdisciplinary conceptual typology》
DH McKnight,2001
《 Fuzzy decision support system for risk analysis in e-commerce development》
EWT Ngai, 2005
《 Interactive decision aids for consumer decision making in e-commerce: the influence of perceived strategy restrictiveness》
W Wang, 2009