Presentation on theme: "How to conduct good research with high impact ? Mark Liao 2009.12.4."— Presentation transcript:
How to conduct good research with high impact ? Mark Liao 2009.12.4
Part 1: How to conduct good research ? Based on ``How to be a winner: advice for students starting into research.’’
General Concept The biggest challenge one faces to any new project is that there is a huge amount of stuff one needs to know to tackle related problems properly. So learning how to cope with this challenge is an important skill to master to become a good researcher.
Coping mechanisms employed by winners Prioritizing (what do I need to know most) Read (everything made available to you, and seek out more) Multithreading (When blocked on one path, is there another path ?) Wishful thinking (if this subproblem is solved, does that allow me to go on and solve other problems) Pester people who might have information you need
Communicate and Synchronize When you have to build your own models, solve unexpected problems, make assumptions, do make sure to communicate and synchronize with your fellow researchers.
Decompose The whole problem often seems overwhelming. Decompose it into manageable pieces. Tackle the pieces one at a time. Divide and conquer.
Be Organized Keep careful track of what you have done and what you need to do. Make lists; write it down; don’t rely on your memory to hold all the things you need to do.
Prioritize Make priorities in your efforts and check your priorities with your supervisor.
Realize that your supervisor is busy He/she hired you to help him get more accomplished than he could have on his/her own. Your biggest benefit to him/her is when you can be self moving and motivating. Your supervisor gives you the seed and some directions, then goes off to think about other problems
Deliver Losers keep promising a great thing in the future but have nothing to show now Winners can show workable results along the way to the solution
Don’t trap yourself into unnecessary details If solving a subtask right is key to the overall goals, maybe it will be necessary to devote time to this sub-problem. However, for most sub-problems, this is not the case.
Learn to solve your own problems This is the only way to strive for independence.
Part 2: How to write a good paper ? Prof. John W. Chinneck’s point of view John’s original topic is ``How to Organize your Thesis”
What Research is All About ? The distinguishing mark of a good research is an original contribution to knowledge Therefore, a good research work must show two important things: 1. must identify a worthwhile problem 2. must solve the problem
What a research paper must cover Reviewer’s Side The reviewers who read your paper would like to find out some basic components: 1. What is your research problem ? 2. Is it a good problem ? (or real problem) 3. Did the authors convince me that the defined problem was adequately solved ? 4. Have the authors made an adequate contribution to knowledge ?
What a research paper must cover Author’s Side To prove the originality and value of your contribution, you must cover: 1. A thorough review of the existing literature 2. By making direct reference to your literature survey, you must demonstrate two things: a. the problem has not been previously solved; b. the problem is worth solving.
A Generic Research Paper Skeleton (1) 1.Introduction 2.Review of the State of the Art 3.Problem Statement 4.Describing How You Solved the Problem 5.Experiment Results 6.Conclusions
A Generic Research Paper Skeleton (2) INTRODUCTION -- is a general introduction to what the paper is all about, therefore, it must cover 1. a brief summary of the problem 2. some of the reasons why it is a worthwhile issue 3. an overview of your main results
A Generic Research Paper Skeleton (3) Review of the state of the art -- to present the major ideas in the state of the art right up to -- should be a ``real’’ survey, must point out some milestone papers ( 不要隨便塞一 些 papers, 敷衍了事, 這件事的目的是引出 將要解決的問題的重要性 )
A Generic Research Paper Skeleton (4) Review of the state of the art -- organize the survey by idea, not by author or by publication Example: tone reproduction originally global-based approaches then local-based approaches (due to some bottlenecks)
A Generic Research Paper Skeleton (5) Problem statement This section should cover three main parts 1. A concise statement of the problem that your work tackles 2. Justification, by direct reference to the state of the art section, that your problem is previously unanswered 3. Discussion of why it is worthwhile to solve this problem.
A Generic Research Paper Skeleton (6) Describing how you solved the problem -- Try to convince the reviewers that you solved the problem that you set for yourself in Problem Statement Section. Of course experiment is a good support of the proposed solution.
A Generic Research Paper Skeleton (7) Conclusions --- generally cover three things 1. conclusions 2. summary of contributions 3. future research
Part 3: How to evaluate the performance of a researcher ? One must know how his/her work is evaluated !! There are quite many evaluation tools available, ex. Google scholar, Publish or Perish, Web of Science, SCOPUS
What tools can be used ? SCOPUS - how to search a person ? - how to generate citation report based on the number of citations ? Publish or Perish - how to search a person ? - how to make use of the provided statistics ?
What tools can be used ? Thomson’s Web of Science - How to generate citation report of a person or a department?
Some Metrics to Evaluate a Department Total citations within a 10-year window (the only absolute value used, ex. 1996-2006 this value was 632 (ISI), therefore, a critical mass of faculty number is needed) Average citations per item H-index of an institute The number of top 1% papers The ratio of top 1% papers to all papers
1996-2006: total citations A:Papers B:Citations C:Cites per Paper NR:No Record
What is H-index ? What is H-index of a department or of a person ? ranking (based on order) (# of citations) #1 15 #2 13 #3 10 #4 6 #5 4 The h-index of this case is 4
Search the H-index of a Department via ISI Web of Science For example: the EE Department of USC or the EE Department of Natl Taiwan Univ. EE Dept of USC (ISI Advanced Search) type: AD=(Univ So Calif SAME Dept Elect Engn) AD=(Natl Taiwan Univ SAME Dept Elect Engn)
What is top 1% paper ? All Fields 19981999200020012002200320042005200620072008 All Years 0.01%156211431138104192572354240924012329838 0.10%496454423381329274215162974812301 1.00 % 1611531431291149477573618598 10.00 % 4140383531272217115224 20.00 % 23 22201816141073113 50.00 % 777765542103 Comput er Scienc e 19981999200020012002200320042005200620072008 All Years 0.01%6795985694453899902287226805010462 0.10%251230271297223143806738165138 1.00 % 7065565956392721127337 10.00 % 161514 9753218 20.00 % 888785432204 50.00 % 222221111101
H-index of different CS Departments in Taiwan (As of October 2009) Items h-index total # pape rs Average Citations per item (ACI) # of top 1% papers # of 0.1% papers University NTU CSIE 3417114.20122 NCTU CSIE, CS, CIS 4222544.99242 NTHU CS, ICDS 2214062.3500 NCU CSIE 266295.37100 NCKU CSIE 2019282.3440 Acad. Sinica IIS 3111164.83101
H-index of a Department Computer Science Department: - Purdue Univ:48 - Univ of Illinois:75 - Univ of Massachusetts:50 - Univ of Southern California:60 - National Taiwan Univ: 34 - National Chiao Tung Univ: 42 - National Tsing Hua Univ: 22 - Academia Sinica: 31 - National Cheng Kung Univ:20 - National Central Univ:26
H-index of a Department -- EE department: - USC: 121 - Univ of Toronto: 86 - Univ of British Columbia: 56 - National Taiwan Univ: 57 - Princeton Univ: 142 - UC San Diego:79 - UC Los Angeles:99 - UC Irvine: 51 - National Tsing Hua Univ:40
Search the H-index of a Person via ISI Web of Science For example: Hong-Yuan Mark Liao of the Inst of Information Science, Academia Sinica, Taiwan Search Hong-Yuan Mark Liao via ISI advanced search. type: AU=(Liao HYM) if name is unique Or AU=(Liao HYM) AND AD=(Acad Sinica SAME Inst Informat) if name is very common
The ratio of top 1% papers to all published papers From 1999-2006, Academia Sinica published 9,456 SCI papers. Among these papers, 110 papers are within top 1% in terms of citations. The ratio of top 1% papers of Academia Sinica (1999-2006) is thus 110/9456 = 1.16% (the average of the world should be 1%)
翁院長對評斷 researcher 的一個看法 年輕學者看被引用數前十名 paper 資深學者看 H-index 當然比較必須與同領域學者 (for example:multimedia, parallel computing, cancer research, etc.)
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