第一篇：IEEE 旗艦會議文章分類總結(jié) 2012-2014
Topics classification
1.Data 1)Storage
1)“MAC finite buffer impact on the performance of cluster-tree based WSNs”
ICC 2013 2)“In-network storage for virtual broker-based publish/subscribe in WSNs” PIMRC 2012 3)“An energy-efficient data storage scheme in wireless sensor networks”
NOMS 2012
4)“Energy-Efficient Distributed Data Storage for Wireless Sensor Networks Based on Compressed Sensing and Network Coding”
TWC 2013
2)Data Collection 1)“The design and implementation of a general WSN gateway for data collection” WCNC 2013 2)”Energy-efficient data collection in WSN: A sink-oriented dynamic backbone“
ICC 2012 3)”Distributed data collection and its capacity in asynchronous wireless sensor networks“
INFOCOM 2012 4)”Application-aware data collection in wireless sensor networks“
INFOCOM 2013 5)”O(jiān)verall cost minimization for data aggregation in energy-constrained wireless sensor networks“
ICC 2013 6)”O(jiān)WER-MDG: A novel energy replenishment and data gathering mechanism in wireless rechargeable sensor networks“
GLOBECOM 2012 7)”Low-latency SINR-based data gathering in wireless sensor networks“
INFOCOM 2013 8)”Compressed Data Aggregation: Energy-Efficient and High-Fidelity Data Collection“
TON 2013 9)”Mobile data gathering with wireless energy replenishment in rechargeable sensor networks“
INFOCOM 2013 10)”Snapshot/continuous data collection capacity for large-scale probabilistic wireless sensor networks“
INFOCOM 2012 11)”Information Theoretical Optimization Gains in Energy Adaptive Data Gathering and Relaying in Cognitive Radio Sensor Networks“
TWC 2012 12)”Minimizing data collection latency in wireless sensor network with multiple mobile elements“
INFOCOM 2012 13)”Capacity and Delay Analysis for Data Gathering with Compressive Sensing in Wireless Sensor Networks“
TWC 2013 14)”Distributed Data Collection in Large-Scale Asynchronous Wireless Sensor Networks Under the Generalized Physical Interference Model“
TON 2013 15)”A cross-layer approach for context-aware data gathering in wireless sensor networks“
GLOBECOM 2012 16)”Semi-structured and unstructured data aggregation scheduling in wireless sensor networks“
INFOCOM 2012 17)”Controlled data collection of mini-sinks for maximizing packet delivery ratio and throughput using multiple paths in wireless sensor networks“
PIMRC 2012 18)”Delay minimum data collection in the low-duty-cycle wireless sensor networks“
GLOBECOM 2012 19)”A Slepian-Wolf coding based energy-efficient clustering algorithm for data aggregation in wireless sensor networks“
ICC 2012 20)”A distributed optimal framework for mobile data gathering with concurrent data uploading in wireless sensor networks“
INFOCOM 2012 21)”Applying the Chinese Remainder Theorem to Data Aggregation in Wireless Sensor Networks“ CL 2013 22)”Maximizing Quality of Aggregation in Delay-Constrained Wireless Sensor Networks“
CL 2013 3)Communication 1)”Modeling and estimation of partially observed WLAN activity for cognitive WSNs“ WCNC 2012 2)”Cognitive transmission based on data priority classification in WSNs for smart grid“
GLOBECOM 2012 3)”Cooperative closed-loop techniques for optimized transmission applied to a WSN in a power substation“ ICSGC 2012 4)”SDTP+: Securing a distributed transport protocol for WSNs using Merkle trees and hash chains“
ICC 2013 5)”Dynamic flooding time synchronisation protocol for WSNs“
GLOBECOM 2012 6)”Algorithm Design for Data Communications in Duty-Cycled Wireless Sensor Networks: A Survey“
ICM 2013 7)”Energy-efficient packet forwarding through network partitioning in wireless sensor networks“
PIMRC 2012 8)”Secure Data Discovery and Dissemination based on Hash Tree for Wireless Sensor Networks“
TWC 2013 9)”Data delivery scheme for wireless sensor network powered by RF energy harvesting“ WCNC 2013
10)”A privacy-aware communication scheme in advanced metering infrastructure(AMI)systems“
WCNC 2013 4)Data processing 1)”Data-centric programming environment for cooperative applications in WSN“ IM 2013
2)”PARED: A testbed with parallel reprogramming and multi-channel debugging for WSNs“ WCNC 2013 3)”Power-efficient hierarchical data aggregation using compressive sensing in WSNs“ ICC 2013 4)”Sensing, Compression, and Recovery for WSNs: Sparse Signal Modeling and Monitoring Framework“ TWC 2012 5)”Adaptive buffering scheme to reduce packet loss on densely connected WSN with mobile sink“
CCNC 2012 6)”Phenomena discovery in WSNs: A compressive sensing based approach“
ICC 2013 7)”RAID the WSN: Packet-based reliable cooperative diversity“ ICC 2012 8)”EasiPLED: Discriminating the causes of packet losses and errors in indoor WSNs“
GLOBECOM 2012 9)”O(jiān)n the benefit of using tight frames for robust data transmission and compressive data gathering in wireless sensor networks“
ICC 2012 10)”Harmonic quorum systems: Data management in 2D/3D wireless sensor networks with holes“
SECON 2012
11)”Compressive sensing based on local regional data in wireless sensor networks“
WCNC 2012
12)”An efficient data acquisition model for urban sensor networks“ NOMS 2012
13)”A Frechet Mean Approach for Compressive Sensing Date Acquisition and Reconstruction in Wireless Sensor Networks“
TWC 2012
14)”A novel reliable data dissemination protocol for real-time data in wireless sensor networks“
WCNC 2012
2.MAC 1)”A low energy consumption MAC protocol for WSN“ ICC 2012 2)”Performance evaluation of receiver based MAC using configurable framework in WSNs“
WCNC 2013 3)”E-MAC: An event-driven data aggregation MAC protocol for wireless sensor networks“
CCNC 2012 3.Service ”Aggregating user rating and service context for WSN service ranking“ GLOBECOM 2012
4.Routing 1)”Fast and power-efficient hardware implementation of a routing scheme for WSNs“ WCNC 2012 2)”HYMN: A Novel Hybrid Multi-Hop Routing Algorithm to Improve the Longevity of WSNs“
TWC 2012 3)”CEEC: Centralized energy efficient clustering a new routing protocol for WSNs“
SECON 2012
5.Energy 1)”Using hardware-based forward error correction to reduce the overall energy consumption of WSNs“ WCNC 2012 2)”Lifetime evaluation of cooperative OFDM WSNs“
WCNC 2012 3)”Extending the lifetime of a WSN by partial covers“
ICC 2013 4)”Energy-harvesting WSNs for structural health monitoring of underground train tunnels“
INFOCOM 2013 6.Security 1)”Improving reliability and efficiency of communications in WSNs under high traffic demand“
WCNC 2013
2)”Performance evaluation of security routing strategies to avoid DoS attacks in WSN“
GLOBECOM 2012
3)”Intruder tracking in WSNs using binary detection sensors and mobile sinks“
WCNC 2012
4)”Detecting DoS attacks in WSN based on clustering technique“ WCNC 2013 5)”PKC Based Broadcast Authentication using Signature Amortization for WSNs“ TWC 2012
7.Others 1)”System and application knowledge based scheduling of multiple applications in a WSN“ ICC 2012
2)”Cooperative task assignment for distributed deployment of applications in WSNs“ ICC 2013
3)”Towards a wireless sensor network platform for the internet of things sprouts WSN platform“
ICC 2012
4)”Fault tolerant target localization and tracking in binary WSNs using sensor health state estimation“
ICC 2013
5)”EDR2: A sink failure resilient approach for WSNs“
ICC 2012
6)”A high quality event capture scheme for WSN-based structural health monitoring“
GLOBECOM 2012
7)”Particle swarm optimization based approach to solve the multiple sink placement problem in WSNs“
ICC 2012
8)”ERCD: An energy-efficient clone detection protocol in WSNs“ INFOCOM 2013
9)”Fault tolerant complex event detection in WSNs: A case study in structural health monitoring“
INFOCOM 2013
10)”Impact of a sleep schedule on the AODV convergence time in WSNs“
INFOCOM 2013 11)”Reducing the observation error in a WSN through a consensus-based subspace projection" WCNC 2013
第二篇：IEEE會議文章投稿格式
Author Guidelines for 8.5x11-inch Proceedings Manuscripts
Author(s)Name(s)Author Affiliation(s)
Abstract
The abstract is to be in fully-justified italicized text, at the top of the left-hand column as it is here, below the author information.Use the word “Abstract” as the title, in 12-point Times, boldface type, centered relative to the column, initially capitalized.The abstract is to be in 10-point, single-spaced type, and may be up to 3 in.(7.62 cm)long.Leave two blank lines after the abstract, then begin the main text.All manuscripts must be in English.Note that an “electronic” copy of your Abstract— including the conference name, paper title, keywords, author names, addresses, and affiliations—must be sent to the IEEE Computer Society Press Abstracts Department.The electronic copy is to be an ASCII text file submitted via e-mail to the Abstracts Internet address indicated in the proceedings instruction letter you receive from your production editor.1.Introduction
These guidelines include complete descriptions of the fonts, spacing, and related information for producing your proceedings manuscripts.Please follow them and if you have any questions, direct them to the production editor in charge of your proceedings at the IEEE Computer Society Press: Phone(714)821-8380 or Fax(714)761-1784.2.Formatting your paper
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第三篇：載體分類文章寫作
有塑造形象的是文學(xué)作品：四大類
一、記敘文：消息、通訊、特寫、人物專訪、傳記、記人敘事。
二、說明文：說明具體事物或事理，介紹科技知識、地理狀況等。
三、議論文：對人或事發(fā)表自己的見解、主張、看法或批駁對方觀點。有 時評、社論、按語、雜文及觀后感、讀后感等、四：應(yīng)用文：固定格式、固定用途、專門對象。
書信、通知、啟事、調(diào)查報告、借條、申請書等。
文學(xué)體裁是指文學(xué)作品的具體樣式，它是文學(xué)形式的因素之一。一切文學(xué)作品的思想內(nèi)容都要通過這樣或那樣的體裁來表現(xiàn)，沒有體裁的文學(xué)作品是不存在的。這猶如人們做衣服，必定要量體裁衣，選擇一定的樣式。在文學(xué)發(fā)展的歷史上，出現(xiàn)了多種多樣的文學(xué)體裁，例如神話、史詩、寓言、行情詩、敘事詩、短篇小說、中篇小說、長篇小說、悲劇、喜劇、正劇、抒情散文、雜文、報告文學(xué)等等。這些名目繁多的文學(xué)體裁的產(chǎn)生和演變，都有一定的社會根據(jù)和它本身的發(fā)展規(guī)律。
寫作手法屬于藝術(shù)表現(xiàn)手法（即：藝術(shù)手法和表現(xiàn)手法，也含表達(dá)手法（技巧）），常見的有：夸張，對比，比喻，擬人，懸念，照應(yīng)，聯(lián)想，想象，抑揚結(jié)合、點面結(jié)合、動靜結(jié)合、敘議結(jié)合、情景交融、襯托對比、伏筆照應(yīng)、托物言志、白描細(xì)描、鋪墊懸念、正面?zhèn)让姹扔飨笳鳌⒔韫胖S今、卒章顯志、承上啟下、開門見山，烘托、渲染、動靜相襯、虛實相生，實寫與虛寫，托物寓意、詠物抒情等。
表達(dá)方式就是常見的敘述、描寫、抒情、議論和說明。（其實也屬于藝術(shù)表現(xiàn)手法）。
修辭手法就是常見的比喻、對比、比擬、對偶、借代、夸張、互文、雙關(guān)、反問、設(shè)問、反復(fù)、反語、引用等。
中國古典文學(xué)體裁分為：詩和文，文又分為韻文和散文。
現(xiàn)代一般分為：詩歌、散文、小說、戲劇，并稱為四大文學(xué)體裁；中國的抒情詩和散文（稱為古文）最早而比較發(fā)達(dá)。
西方則分為：詩歌與散文兩個基本類型。敘事詩和戲劇成熟較早，此外小說比較發(fā)達(dá)。
答案補充
最常見的寫作手法有：夸張、對比、比喻、懸念、照應(yīng)、聯(lián)想、想象、抑揚、動靜結(jié)合、寓景于情、托物言志等。
修辭手法就是修辭格的運用，常見的修辭格有比喻、比擬、借代、夸張、對偶、排比、設(shè)問、反問（以上8種為大綱規(guī)定必須掌握的修辭格），以及反復(fù)、雙關(guān)、反語、引用、對
比、襯托（映襯）、頂針（頂真、連珠）、移用、通感、婉曲、回文、呼告、互文等。
文體知識包括：記敘文、議論文、說明文、應(yīng)用文等四個方面的常識。
（一）、記敘文
是以記敘、描寫為主要表達(dá)方式、以記人、敘事、寫景、狀物為主要內(nèi)容的一種文體。
1、記敘文的分類
（1）從內(nèi)容及表達(dá)方式分：
①簡單記敘文
②復(fù)雜記敘文
（2）從寫作對象的不同分：
①以寫人為主的記敘文
②以敘事為主的記敘文
③以寫景為主的記敘文：
④以狀物為主的記敘文
（二）、說明文
以說明為主要表達(dá)方式，用來介紹或解釋事物的狀態(tài)、性質(zhì)、構(gòu)造、功能、制作方法、發(fā)展過程和事理的成因、功過的一種文體。
1、說明文的分類
從說明對象（內(nèi)容)分
①實體事物說明文
②事理說明文
③科學(xué)小品文
從語言表達(dá)方式分
①平實說明文
②文藝性說明文
2、說明文的特點
（1）內(nèi)容上具有高度的科學(xué)性
（2）結(jié)構(gòu)上具有清晰的條理性
（3）語言上具有嚴(yán)密的準(zhǔn)確性
（三）、應(yīng)用文
應(yīng)用文是一種切合日常生活、工作及學(xué)習(xí)的實際需要，具有一定格式、篇幅短小、簡明通俗的實用文體。
1、應(yīng)用文的種類
（1）書信類
一般書信、專用書信（感謝信、表揚信、慰問信、介紹信、公開信、證明信、申請書、建議書、倡議書、聘請書）、電報、匯款
（2）筆記類
日記、讀書筆記
（3）公文類
通知、通報、報告（調(diào)查報告、科學(xué)報告）、請示、計劃、總結(jié)、會議記錄
（4）宣傳類
廣告稿、演講稿、板報、新聞、通信、產(chǎn)品說明書
（5）告示類
啟示、海報
（6）禮儀類
請柬、祝辭（賀信、賀電）、唁電、唁函、（7）契據(jù)類
條據(jù)（收條、借條、領(lǐng)條、欠條、請假條、留言條等）、合同（協(xié)議書）、公約、（8）傳志類
傳記、地方志、家史（校史、村史）
（四）、議論文
議論文是以議論為主要方式，通過事實、擺道理，直接表達(dá)作者的觀點和主張的常用文體。
（1）、議論文的分類
按內(nèi)容目的分：
①一般性政論文
②評論
③雜文（隨筆、雜談、筆記）
④讀后感
按論證方式分： ①立論文 ②駁論文
第四篇：文章分類的介紹
文章分類的介紹
原創(chuàng)：
A）從字面上來理解就是自己寫自己的文章，在SEO行業(yè)里的原創(chuàng)文章就是指搜索引擎沒見過的文章。
B）例子1：各大搜索引擎的數(shù)據(jù)庫是獨立的，所以把谷歌收錄過而百度沒有見過的一篇文章放到您的網(wǎng)站上，那就是一篇很好的原創(chuàng)文章。
例子2：比如寫一篇自己今天的生活日記，這就是一篇原創(chuàng)文章。
偽原創(chuàng)：
A）在一些搜索引擎已經(jīng)抓取過的文章基礎(chǔ)上經(jīng)過修改編輯成的文章。
B）比如我們把原本網(wǎng)絡(luò)已經(jīng)存在的文章，交換下段落，替換下關(guān)鍵詞，就是一篇偽原創(chuàng)文章。
C）由于搜索引擎只是一些機(jī)器和程序，不像人一樣能看懂文章，而且中國的漢字常用的也就幾千個，英文單詞也就是26個字母，所以原創(chuàng)和偽原創(chuàng)沒有嚴(yán)格的界限，搜索引擎對他們的區(qū)別就是重復(fù)度越小越好。
哪個更好：
最重要的區(qū)別是內(nèi)容是否對用戶有用，同等條件下優(yōu)先收錄原創(chuàng)度高的文章。
第五篇：公文的分類文章格式
公文簡述
公文的分類公文按性質(zhì)可分為通用公文和專用公文兩大類。
通用公文按行文方向分為上行文（對上）、平行文（平級）、和下行文（對下）；牽涉到語氣、用詞以達(dá)到理想效果。按流通來源分為收進(jìn)公文、外發(fā)公文（比如收院及上級來文，班組發(fā)往科、院等）和內(nèi)部公文；按性質(zhì)分為黨內(nèi)公文、行政公文和社會團(tuán)體公文（院內(nèi)黨發(fā)、院發(fā)等）；按發(fā)文性質(zhì)分為問文和復(fù)文（質(zhì)、咨詢，答、回復(fù)等）；按內(nèi)容處理要求分為參閱性公文和承辦性公文（如領(lǐng)導(dǎo)、單位傳閱知曉，批復(fù)或辦理等）；按辦理時間要求分為特急公文、緊急公文和常規(guī)公文；按機(jī)密程度分為絕密公文、機(jī)密公文、秘密公文和普通公文；按特點和作用分為規(guī)范性公文、指揮性公文（命令、決定、通知等）、報請性公文（請示、申請等）、知照性（如參閱等）公文和記錄性（紀(jì)要、記錄等）公文。通用公文從文種上劃分，可分為行政公文和事務(wù)公文（按級別我們一般不做）。根據(jù)2000年8月24日頒布的《國家行政機(jī)關(guān)公文處理辦法》規(guī)定，行政公文種類包括以下13種：命令、決定、公告、通告、通知、通報、議案、報告、請示、批復(fù)、意見、函、會議紀(jì)要。事務(wù)公文包括：計劃、總結(jié)、調(diào)查報告、領(lǐng)導(dǎo)講話稿、典型材料等。
專用公文指具有專門職能的機(jī)關(guān)在專門的領(lǐng)域中形成、使用的書面材料，具有專指內(nèi)容、特定格式。主要包括：財經(jīng)文書（市場調(diào)查報告、經(jīng)濟(jì)合同）、司法文書（起訴書、判決書、筆錄）、外交文書（國書、照會、護(hù)照、條約）及軍用文書等。公文的組成要素
公文一般由秘密等級（絕密、機(jī)密、秘密）和保密期限、緊急程度（特急、急件）、發(fā)文機(jī)關(guān)標(biāo)識、發(fā)文字號、簽發(fā)人、標(biāo)題、主送機(jī)關(guān)、正文、附件說明、成文日期、印章、附注、附件、主題詞、抄送機(jī)關(guān)、印發(fā)機(jī)關(guān)和印發(fā)日期等部分組成。公文寫作的基本功能
規(guī)制令使作用。公文是各級各類領(lǐng)導(dǎo)機(jī)關(guān)發(fā)號施令的手段，是實施領(lǐng)導(dǎo)、處理公務(wù)的工具。公文在實施領(lǐng)導(dǎo)、實施管理中能夠發(fā)揮規(guī)范控制、令行禁止、組織協(xié)調(diào)的作用。
明事通情作用。各級各類領(lǐng)導(dǎo)機(jī)關(guān)在實施管理職能、開展公務(wù)活動中，在上下左右之間，需要經(jīng)常溝通情況、交流意見，以求共識共作。公文作為明事通情手段在機(jī)關(guān)工作中廣為應(yīng)用。參謀決策作用。各級各類領(lǐng)導(dǎo)機(jī)關(guān)在決策和決策實施過程中，離不開信息的搜集、處理和運用，離不開調(diào)查研究和征求意見。公文以其法定的渠道和效率滿載各種信息為資治輔政服務(wù)。宣傳輿論作用。各級各類領(lǐng)導(dǎo)機(jī)關(guān)在實施領(lǐng)導(dǎo)、處理公務(wù)中需要有效的宣傳輿論的支持。而公文的貫徹執(zhí)行是宣傳輿論的核心。
商洽聯(lián)絡(luò)作用。各級各類領(lǐng)導(dǎo)機(jī)關(guān)之間有許多事情需要商洽、介紹和聯(lián)絡(luò)，以便互相理解、支持和配合，發(fā)揮整體效應(yīng)。此中，公文寫作不可或缺。
存儲憑證作用。公文是各級各類領(lǐng)導(dǎo)機(jī)關(guān)職能活動的真實記錄，是統(tǒng)一思想、處理問題的基本依據(jù)。公文在執(zhí)行的時候是這樣，成為檔案之后仍然是這樣。
公文寫作的主要特征
主題的職能性。公文是實現(xiàn)機(jī)關(guān)管理職能的工具和手段。在公文里，鼓勵什么遏制什么，支持什么反對什么，允許怎么辦和不允許怎么辦，或褒或貶，或是或非，或倡或戒，或行或止，十分鮮明。
材料的可靠性。在公文里所采用的事實材料、數(shù)字材料、理論材料以及所依據(jù)的法律法規(guī)、方針政策，必須真實、準(zhǔn)確，來不得半點臆想、虛構(gòu)和捏造。（盡可能避免如可能、也許、左右等）
結(jié)構(gòu)的邏輯性。公文寫作思維方式主要是邏輯思維，通過概念、判斷、推理，通過綜合、比較、論證形成寫作思路，完成寫作任務(wù)，多用說明、敘述、議論的表達(dá)方式，慎用文學(xué)手段。文風(fēng)的平實性。力求準(zhǔn)確、鮮明、生動，力戒說大話、空話、假話、套話，不能言之無物，也不能嘩眾取寵，要實實在在，明明白白。
表述的簡明性。結(jié)構(gòu)力求簡約，層次力求簡化，語言力求簡潔，在把事情、想法寫清楚、寫明白、寫透徹的前提下，文字越簡越好。
體式的規(guī)范性。要有強烈的文體、文種意識，要注意公文的書寫格式、語體特點，也要注意公文的附加標(biāo)識。
公文的寫作要求
符合黨和國家的方針、政策、法律、法令和上級機(jī)關(guān)的有關(guān)規(guī)定。
情況屬實、觀點明確、文字精練、條例清楚、層次分明、標(biāo)點正確。
人名、地名、數(shù)字、引文要準(zhǔn)確。日期一般要寫具體的年月日。
數(shù)字，除成文時間、部分結(jié)構(gòu)層次序數(shù)和詞組、慣用語、縮略語、具有修辭色彩語句中作為詞素的數(shù)字必須使用漢字外，一般用阿拉伯?dāng)?shù)字書寫。
公文的作用
(一)領(lǐng)導(dǎo)指導(dǎo)作用（下行文）
(二)聯(lián)系公務(wù)作用（溝通）
(三)宣傳教育作用
(四)憑證依據(jù)作用
(五)規(guī)范言行作用
常用公文
報告
一般用于某個事件、階段情況、事件進(jìn)展等報告給領(lǐng)導(dǎo)或上級部門，便于知曉，一般不作批復(fù)或批示，有特殊意義、教育意義或有覆蓋面的，通常為批轉(zhuǎn)或批閱。
調(diào)查報告、考察報告
僅對某個事件進(jìn)行調(diào)查，報告時應(yīng)有目的、時間、地點、人物、背景等，有匯報性質(zhì)。亦可提出意見、看法、供領(lǐng)導(dǎo)、上級部門了解、參考斟酌!亦可批轉(zhuǎn)或批閱。
申請
要得到某些物件（購買實物、金額等），必須批復(fù)與否!
請示
意欲做某件事、完成事項，需呈請領(lǐng)導(dǎo)或上級部門同意，必須批復(fù)與否!
排板要求
整篇公文要根據(jù)字?jǐn)?shù)多少在整幅占據(jù)合適位置，富有瞻觀審美適稱感，并留有領(lǐng)導(dǎo)簽批適當(dāng)處。正文主要內(nèi)容應(yīng)濃縮于標(biāo)題中，標(biāo)題一般比正文大二號字（根據(jù)標(biāo)題字?jǐn)?shù)多少定），標(biāo)題字?jǐn)?shù)多時可為二行或多行。稱謂要頂格寫，正文各分小節(jié)首行應(yīng)退二字，收尾處（如：妥否，請批示!等）應(yīng)另起行。落款及日期位置應(yīng)于正文右幅二字以內(nèi)。
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