All Stories

  1. A systematic approach to assessing the accuracy of a peer review process in an academic journal
  2. Do competitive forces tend to correct choice errors in journal selection due to imperfect attention on the part of researchers?
  3. The association of gender, experience, and academic rank in peer-reviewed manuscript evaluation
  4. A novel approach based on journal coupling to determine authors who are most likely to be part of the same invisible college
  5. An Empirical Study of Goal Intentions and Monetary Compensation for Reviewers in Information Science
  6. How to motivate a reviewer with a present bias to work harder
  7. The cross-subsidy and buy-one-give-one models of compensated peer review: A comparative study for mission-driven journals
  8. What is the sensitivity and specificity of the peer review process?
  9. A formal study of co-opetition in scholarly publishing
  10. Can a paid model for peer review be sustainable when the author can decide whether to pay or not?
  11. Fraud, specialization, and efficiency in peer review
  12. The editor-manuscript game
  13. The interplay between the reviewer’s incentives and the journal’s quality standard
  14. Quality censoring in peer review
  15. The author–reviewer game
  16. Confirmatory bias in peer review
  17. The optimal amount of information to provide in an academic manuscript
  18. The author’s ignorance on the publication fees is a source of power for publishers
  19. An evolutionary explanation of assassins and zealots in peer review
  20. Do the best papers have the highest probability of being cited?
  21. Competition between academic journals for scholars’ attention: the ‘Nature effect’ in scholarly communication
  22. The Game Between a Biased Reviewer and His Editor
  23. STRATEGY: a tool for the formulation of peer-review strategies
  24. Problems with open participation in peer review
  25. Authors and reviewers who suffer from confirmatory bias
  26. Why the referees’ reports I receive as an editor are so much better than the reports I receive as an author?
  27. Evolutionary games between authors and their editors
  28. Bias and effort in peer review
  29. The author–editor game
  30. Adverse selection of reviewers
  31. Social impact of scholarly articles in a citation network
  32. The principal-agent problem in peer review
  33. Evolutionary games between subject categories
  34. A web application for aggregating conflicting reviewers’ preferences
  35. Análisis de redes de las universidades españolas de acuerdo a su perfil de publicación en revistas por áreas científicas
  36. How the same organizational structures can arise across seemingly unrelated domains of human activities: the example of academic publishing and stock market
  37. Image inpainting with nonsubsampled contourlet transform
  38. The selection of high-quality manuscripts
  39. Best-in-class and strategic benchmarking of scientific subject categories of Web of Science in 2010
  40. Mapping citation patterns of book chapters in the Book Citation Index
  41. Mapping academic institutions according to their journal publication profile: Spanish universities as a case study
  42. Benchmarking research performance at the university level with information theoretic measures
  43. Ranking of research output of universities on the basis of the multidimensional prestige of influential fields: Spanish universities as a case of study
  44. A comparison of top economics departments in the US and EU on the basis of the multidimensional prestige of influential articles in 2010
  45. Visual efficiency of image fusion methods
  46. Scientific subject categories of Web of Knowledge ranked according to their multidimensional prestige of influential journals
  47. Sustainable image transmission
  48. Analysis of coding risks in progressive transmission
  49. Comparative visibility analysis of advertisement images
  50. On first quartile journals which are not of highest impact
  51. From computational attention to image fusion
  52. Ranking of the subject areas of Scopus
  53. Overall prestige of journals with ranking score above a given threshold
  54. Relevance of knowledge from bit-saving in progressive transmission
  55. Information visibility using transmission methods
  56. Axiomatic approach to computational attention
  57. A critical examination of the assumptions used in dynamic allocation
  58. Using graphics: motivating students in a C++ programming introductory course
  59. Steady growth of encoding efficiency in progressive transmission
  60. Bit-saving path for progressive transmission
  61. Automatic and optimal hierarchical quantizer decomposition to build knowledge for video transmission
  62. Optimal exploratory effort to build knowledge for video transmission
  63. Dynamics of low-cost transmission on the optimal path
  64. Theory of bit allocation analysis
  65. Emergence of region-based transmission when computation is unconstrained
  66. Very low bit rate video coding of moving targets
  67. Power of a wavelet coefficient in progressive image transmission
  68. Emergence of a region-based approach to image transmission
  69. Justice in quantizer formation for rational progressive transmission
  70. Embedded coder for providing better image quality at very low bit rates
  71. The relationship between information prioritization and visual distinctness in two progressive image transmission schemes
  72. Self-control of quantizer risk attitude in rational embedded wavelet image coding
  73. On the concept of best achievable compression ratio for lossy image coding
  74. Rate control optimization in embedded wavelet coding
  75. Defining a target distinctness measure through a single-channel computational model of vision
  76. CORAL: collective rationality for the allocation of bits
  77. Best Achievable Compression Ratio for Lossy Image Coding
  78. Coder selection for lossy compression of still images
  79. Rational systems exhibit moderate risk aversion with respect to “gambles” on variable-resolution compression
  80. Optimized rate control in embedded wavelet coding
  81. Performance of the Kullback-Leibler information gain for predicting image fidelity
  82. Minimum error gain for predicting visual target distinctness
  83. Information theoretic measure for visual target distinctness
  84. Origins of illusory percepts in digital images
  85. Integral opponent-colors features for computing visual target distinctness
  86. Defining the notion of visual pattern for predicting visual target distinctness in a complex rural background
  87. Computing visual target distinctness through selective filtering, statistical features, and visual patterns
  88. The RGFF representational model: a system for the automatically learned partitioning of "visual patterns" in digital images
  89. THE RGF PANDEMONIUM: A LOW-LEVEL REPRESENTATIONAL MODEL FOR IMAGES
  90. A Normalized Redundancy representation for 2D digital images
  91. A perceptual measure to predict the visual distinction between two color images
  92. A new image distortion measure based on a data-driven multisensor organization
  93. The selection of natural scales in 2D images using adaptive Gabor filtering
  94. Using models of feature perception in distortion measure guidance
  95. A new edge detector integrating scale-spectrum information
  96. Scale selection using three different representations for images
  97. A multi-channel autofocusing scheme for gray-level shape scale detection
  98. The role of integral features for perceiving image discriminability
  99. The novel scale-spectrum space for representing gray-level shape
  100. AN EVALUATION OF THE NOVEL "NORMALIZED-REDUNDANCY" REPRESENTATION FOR PLANAR CURVES
  101. Simplifying cartographic boundaries by using a normalized measure of ambiguity
  102. A multi-channel-based approach for extracting significant scales on gray-level images
  103. A scale-vector approach for edge detection
  104. A dynamic approach for clustering data
  105. A new methodology to solve the problem of characterizing 2-D biomedical shapes
  106. An autoregressive curvature model for describing cartographic boundaries
  107. A method for invariant pattern recognition using the scale-vector representation of planar curves
  108. Representing planar curves by using a scale vector
  109. Boundary simplification in cartography preserving the characteristics of the shape features
  110. Characterizing planar outlines
  111. How to define the notion of microcalcifications in digitized mammograms
  112. Representing 2D digital images through a normalized measure of redundancy
  113. A frequency-domain approach for the extraction of motion patterns