Long abstract and isVersionOf not displayed in ERA

ERA object https://era.library.ualberta.ca/files/4m90dw12j contains a very long isVersionOf (10065 characters, 10069 bytes) with several ciatations in the same field and is not being displayed in the public interface. The value did come through migration into new ERA.

I suspected that collection. Are you able to copy-paste the text in a reply here so I can take a look?

On Tue, Apr 12, 2016 at 3:40 PM, Mariana Paredes-Olea < notifications@github.com> wrote:

ERA object https://era.library.ualberta.ca/files/4m90dw12j contains a very long isVersionOf (10065 characters, 10069 bytes) with several ciatations in the same field and is not being displayed in the public interface. The value did come through migration into new ERA

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Leah VanderjagtDigital Repository Services Librarian University of Albertat. 780.492.3851 leahv@ualberta.ca leahv@ualberta.ca

This is it:

Smith, John B. "Web-Based Systems and Instruction." Web. < http://www.cs.unc.edu/Research/jbsArchive/UNC_1995-2011/Lessons/ > Accessed 31 March, 2015. Smith, John B., Diane Pozefsky and Kyle Brown. "Automatic Generation of Enterprise Systems (And Other Web-Based Applications)." Web. < http://www.cs.unc.edu/Research/jbsArchive/docs/AutoGeneratedSystems/ > Accessed 31 March, 2015. Smith, John B. and Catherine F. Smith. "ChicoryLane Farm." Website. < http://www.chicorylane.com/ > Accessed 31 March, 2015. Smith, J.B. (1994), Collective Intelligence in Computer-Based Collaboration. Hillsdale, NJ: Laurence Erlbaum Associates, 248 pp. Shackelford, D.E., Smith, J.B.; & Smith, F.D. (1993), "The Architecture and Implementation of a Distributed Hypermedia Storage System," Proceedings of Hypertext '93, New York: ACM Press, 1-13. Reprinted in Olsen, G.M.; Malone, T.W.; & Smith, J.B. (2001), Coordination Theory and Collaboration Technology, Mahway, NJ: Lawrence Erlbaum Associates, pp. 391-408. Smith, J.B.; Smith, D.K.; & Kupstas, E. (1993), "Automated Protocol Analysis," Human-Computer Interaction, 8, 2 (1993), 101-145. Lansman, M.; Smith, J.B., and Weber, I. (1993), "Using the Writing Environment to Study Writers' Strategies," Computers and Composition, 10, 2 (April), 71-92. Gauch, S.; & Smith, J.B. (1993), "An Expert System for Automatic Query Reformulation," Journal of the American Society of Information Scientists, 44, 3 (April), 124-136. Jeffay, K.; Lin, J.K.; Menges, J.; Smith, F.D.; & Smith, J.B. (1992), "Architecture of the Artifact-Based Collaborations System Matrix," Proceedings of CSCW '92, New York: ACM Press, 195-202. Smith, J.B.; & Lansman, M. (1992), "Designing Theory-Based Systems: A Case Study," Proceedings of CHI '92, New York: ACM Press, 479-488. Smith, J.B.; & Smith, F.D. (1991), "ABC: A Hypermedia System for Artifact-Based Collaboration," Proceedings of Hypertext '91, New York: ACM Press, pp 179-192. Gauch, S.; & Smith, J.B. (1991), "Search Improvement via Automatic Query Reformulation," ACM Transactions on Information Systems, 9, 3 (July), 249-280. Young, F.W.; & Smith, J.B. (1991), "Towards a Structured Data Analysis Environment: A Cognition-Based Design," Computing and Graphics in Statistics, A. Buja and P.A. Tukey, eds. New York: Springer-Verlag, 1991, 253-279. Smith, J.B.; & Smith, C. (1990), "Writing, Thinking, Computing," Zwaan, R.A.; & Meutsch, D. (Eds.), Computer Models and Technology in Media Research, New York: Elsevier Science Publishers, 121-142. Reprinted in Poetics: Journal for Empirical Research on Literature, the Media and the Arts. Special Issue on Computer Models and Technology, 121-142. Schuler, W.; & Smith, J.B., (1990), "Author's Argumentation Assistant (AAA): A Hypertext-Based Authoring Tool for Argumentative Texts," Proceedings of European Conference on Hypertext, Cambridge: Cambridge University press, pp. 137-151. Smith, J.B.; & Lansman, M. (1989), "A Cognitive Basis for a Computer Writing Environment," In B.K. Britton & S.M. Glynn (Eds.), Computer Writing Aids: Theory, Reserach, & Practice, Hillsdale, NJ: Erlbaum, 17-56. Gauch, S.; & Smith, J.B. (1989), "Query Reformulation Strategies for an Intelligent Search Intermediary," Proceedings of Annual AI Systems in Government Conference, Washington, DC. Smith, J.B.; & Weiss, S.F. (1988), "Hypertext," Communications of the ACM, 31, 7 (July), 816-819. Gauch, S.; & Smith, J.B. (1988), "Intelligent Search of Full-Text Databases," Proceedings of RIAO '88, Cambridge, MA: MIT, pp. 167-171. Revised version published as "An Expert System for Searching in Full-Text," Information Processing and Management, 25, 3, 253-263. Shan, Y-P; & Thorn, J. (1988), WE User Manual, Chapel Hill: Department of Computer Science, 63 pages. Smith, J.B.; Weiss, S.F.; Ferguson, G.J.; Bolter, J.D.; Lansman, M.; & Beard, D.V. (1987), "WE: A Writing Environment for Professionals," Proceedings of National Computer Conference '87, Reston, VA: AFIPS Press, pp. 725-736. Smith, J.B.; Weiss, S.F.; & Ferguson, G.J. (1987), "A Hypertext Writing Environment and its Cognitive Basis," Proceedings of 1987 ACM International Conference on Research and Development in Information Retrieval, pp. 195-214. Revised version published in special issue of Information Processing and Management. Smith, J.B.; Weiss, S.F.; & Ferguson, G.J. (1987), "MicroARRAS: An Advanced Full-Text Retrieval and Analysis System," Proceedings of SIGIR 1987, 187-195. Smith, J.B.; & Weiss, S.F. (1987), "Formatting Texts Accessed Randomly," Software: Practice and Experience, 17, 1, 5-16. Smith, J.B; & Smith, C.F, (1987), A Strategic Method for Writing, Chapel Hill: Online Document. Smith, J.B. (1985), ARRAS User's Manual, Report #85-036, Chapel Hill: Department of Computer Science, 96 pages. Smith, J.B. (1985), "ARRAS and Literary Criticism," in Derval, B.; & Lenoble, M., (eds.), La Critique Littéraire et L'Ordinateur, Québec: Bibliothèque Nationale du Québec, pp. 79-93. Smith, J.B. (1984), "ARRAS: A New Environment for Literary Analysis," Perspectives in Computing, 4, 213 (Summer/Fall), 20-31. Smith, J.B. (1982), "Toward a Marxist Poetics," Style, 16,1 (Winter), 1-20. Meserole, H.T.; & Smith, J.B. (1982), "Shakespeare: Annotated World Bibliography for 1982," Shakespeare Quarterly, 34, 5 (Bibliography Issue, 1983), 516-784 (sample). Nash, D.C.; & Smith, J.B. (1981), Interactive Home Media and Privacy. Washington, DC: The Federal Trade Commission, 113 pp. Smith, J.B. (1981), "Computers and Literary Theory," Association for Literary and Linguistic Computing Bulletin, 9, 3, 1-5. Smith, J.B.; & Meserole, H. T. (1981), "Yet There Is Method In It," Perspectives in Computing, 1, 2 (April), 4-11. Reprinted in Butler, S.; & Stoneman, W. P. (1988), Editing, Publishing, and Computer Technology, New York, AMS Press, Inc., pp. 65-80. Meserole, H.T.; & Smith, J.B. (1981), "Shakespeare: Annotated World Bibliography for 1981," with Harrison T. Meserole, Shakespeare Quarterly, 33, 5 (Bibliography Issue, 1982), 564-741 (unavailable). Smith, J. B. (1981), BAG/2: A Bibliographic and Grouping System for Natural Language Data, University Park, PA: Pennsylvania State University Computation Center, 25 pages. Smith, J.B., (1980), Imagery and the Mind of Stephen Dedalus. Lewisburg, PA: Bucknell University Press, 294 pp. Meserole, H.T.; & Smith, J.B. (1980), "Shakespeare: Annotated World Bibliography for 1979," with Harrison T. Meserole, Shakespeare Quarterly, 31, 4 (Winter, 1980), 436-623 (sample). Smith, J.B. (1980), "RATSALL: A Language Analysis System for the Eighties," Style 14, 4 (Fall), 379-391. Meserole, H.T.; & Smith, J.B. (1979), "Shakespeare: Annotated World Bibliography for 1978," with Harrison T. Meserole, Shakespeare Quarterly, 30, 4 (Winter, 1979), 468-659 (sample). Smith, J.B. (1978), "Computer Criticism," Style, 12, 4 (Fall), 326-356. Reprinted in Sedelow, W.A.; & Sedelow, S.Y., eds. (1983), Computers in Language Research 2: Trends in Linguistics, Studies and Mongraphs 19, Berlin: Mouton, pp. 25-59. Reprinted in Potter, R. G. (1989), Literary Computing and Literary Criticism, Philadelphia: University of Pennsylvania Press, pp. 13-44. Smith, J.B. (1975), "Image and Imagery in Joyce's Portrait: A Computer-Assisted Analysis," in S. Weintraub & P. Young, eds., Directions in Literary Criticism (Festscrift for Henry W. Sams). University Park: The Pennsylvania State University Press, 220-227. Smith, J. B. (1976), "Encoding Literary Texts: Some Considerations," ALLC Bulletin, 4,3, 190-198. Smith, J.B. (1975), "Thematic Structure and Complexity," Style, 9, 1 (Winter), 32-54. Smith, J.B. (1975), "Computer Studies in the Humanities: Intellectual, Educational, and Social Implications," Interdisciplinary Essays, IV (Spring), 38-46. Smith, J.B. (1974), "Computer Generated Analogues of Mental Structures from Language Data," Proceedings of IFIP Congress '74, The Hague: North-Holland Publishing Co., pp.842-845. Smith, J.B. (1974), "Random Accessible Text System for Associative Text Analysis," SIGLASH Newsletter, (December, 1974). Rosenberg, B.A.; & Smith, J.B. (1974), "The Computer and the Finnish Historical-Geographical Method," with Bruce A. Rosenberg, Journal of American Folklore, 87, 344, 149-154. Smith, J.B.; & Rosenberg, B.A. (1973), "Rhythms in Speech: The Formulaic Structure of Four Fundamentalist Sermons," Computer Studies in the Humanities and Verbal Behavior, 4, 3/4, 166-173. Smith, J.B. (1973), "Some Lucubrations and Specifications for a Natural Language Analyzer," Computer Studies in the Humanities and Verbal Behavior, 4, 2 (August), 91-96. Smith, J.B. (1972), "RATS: A Middle Level Text Utility System," Computers and the Humanities, 6, 5 (May), 277-283. Smith, J.B. (1971), "A Computer Analysis of Imagery in James Joyces A Portrait of the Arts as a Young Man," Proceedings of IFIP Congress '71, The Hague: North-Holland Publishing Co., pp 46-49. Smith, J.B. (1970), "A Design for a General Statistical Analyzer for Natural Language Texts," in Sedelow, S.Y., Automated Analysis of Language Style and Structure: 1969-1970, Chapel Hill: Department of Computer Science, Research Report Under ONR Contract N00014-67-A-0321-001., pp. 75-84. Smith, J.B. (1970), "PREFIX -- Revised Edition," in Sedelow, S.Y., Automated Analysis of Language Style and Structure: 1969-1970, Chapel Hill: Department of Computer Science, Research Report Under ONR Contract N00014-67-A-0321-001., pp. 131-135. Smith, J.B. (1969), "PREFIX," in Sedelow, S.Y., Automated Language Analysis: 1968-1969, Chapel Hill: Department of Computer Science, Research Report Under ONR Contract N00014-67-A-0321-001., pp. 82-91. Smith, J.B. (1969), "CONTEXT," in Sedelow, S.Y., Automated Language Analysis: 1968-1969, Chapel Hill: Department of Computer Science, Research Report Under ONR Contract N00014-67-A-0321-001., pp. 92-115. Smith, J.B. (1969), "PREFIX Program and Table Listing," in Sedelow, S.Y., Automated Language Analysis: 1968-1969, Chapel Hill: Department of Computer Science, Research Report Under ONR Contract N00014-67-A-0321-001., pp. 245-286.

Whoa! Thank you. Hmm it would be good to parse these somehow for this item. Definitely an extreme case! I discussed parsing this field with @weiweishi in a recent meeting, sorry I am not remembering decision precisely but I think we agreed we would parse and introduce a line break rather than a delimiter, and decided against repeating the field. Weiwei can correct me if I have this wrong.

On Tue, Apr 12, 2016 at 4:03 PM, Mariana Paredes-Olea < notifications@github.com> wrote:

This is it:

Smith, John B. "Web-Based Systems and Instruction." Web. < http://www.cs.unc.edu/Research/jbsArchive/UNC_1995-2011/Lessons/ > Accessed 31 March, 2015. Smith, John B., Diane Pozefsky and Kyle Brown. "Automatic Generation of Enterprise Systems (And Other Web-Based Applications)." Web. < http://www.cs.unc.edu/Research/jbsArchive/docs/AutoGeneratedSystems/ > Accessed 31 March, 2015. Smith, John B. and Catherine F. Smith. "ChicoryLane Farm." Website. < http://www.chicorylane.com/ > Accessed 31 March, 2015. Smith, J.B. (1994), Collective Intelligence in Computer-Based Collaboration. Hillsdale, NJ: Laurence Erlbaum Associates, 248 pp. Shackelford, D.E., Smith, J.B.; & Smith, F.D. (1993), "The Architecture and Implementation of a Distributed Hypermedia Storage System," Proceedings of Hypertext '93, New York: ACM Press, 1-13. Reprinted in Olsen, G.M.; Malone, T.W.; & Smith, J.B. (2001), Coordination Theory and Collaboration Technology, Mahway, NJ: Lawrence Erlbaum Associates, pp. 391-408. Smith, J.B.; Smith, D.K.; & Kupstas, E. (1993), "Automated Protocol Analysis," Human-Computer Interaction, 8, 2 (1993), 101-145. Lansman, M.; Smith, J.B., and Weber, I. (1993), "Using the Writing Environment to Study Writers' Strategies," Computers and Composition, 10, 2 (April), 71-92. Gauch, S.; & Smith, J.B. (1993), "An Expert System for Automatic Query Reformulation," Journal of the American Society of Information Scientists, 44, 3 (April), 124-136. Jeffay, K.; Lin, J.K.; Menges, J.; Smith, F.D.; & Smith, J.B. (1992), "Architecture of the Artifact-Based Collaborations System Matrix," Proceedings of CSCW '92, New York: ACM Press, 195-202. Smith, J.B.; & Lansman, M. (1992), "Designing Theory-Based Systems: A Case Study," Proceedings of CHI '92, New York: ACM Press, 479-488. Smith, J.B.; & Smith, F.D. (1991), "ABC: A Hypermedia System for Artifact-Based Collaboration," Proceedings of Hypertext '91, New York: ACM Press, pp 179-192. Gauch, S.; & Smith, J.B. (1991), "Search Improvement via Automatic Query Reformulation," ACM Transactions on Information Systems, 9, 3 (July), 249-280. Young, F.W.; & Smith, J.B. (1991), "Towards a Structured Data Analysis Environment: A Cognition-Based Design," Computing and Graphics in Statistics, A. Buja and P.A. Tukey, eds. New York: Springer-Verlag, 1991, 253-279. Smith, J.B.; & Smith, C. (1990), "Writing, Thinking, Computing," Zwaan, R.A.; & Meutsch, D. (Eds.), Computer Models and Technology in Media Research, New York: Elsevier Science Publishers, 121-142. Reprinted in Poetics: Journal for Empirical Research on Literature, the Media and the Arts. Special Issue on Computer Models and Technology, 121-142. Schuler, W.; & Smith, J.B., (1990), "Author's Argumentation Assistant (AAA): A Hypertext-Based Authoring Tool for Argumentative Texts," Proceedings of European Conference on Hypertext, Cambridge: Cambridge University press, pp. 137-151. Smith, J.B.; & Lansman, M. (1989), "A Cognitive Basis for a Computer Writing Environment," In B.K. Britton & S.M. Glynn (Eds.), Computer Writing Aids: Theory, Reserach, & Practice, Hillsdale, NJ: Erlbaum, 17-56. Gauch, S.; & Smith, J.B. (1989), "Query Reformulation Strategies for an Intelligent Search Intermediary," Proceedings of Annual AI Systems in Government Conference, Washington, DC. Smith, J.B.; & Weiss, S.F. (1988), "Hypertext," Communications of the ACM, 31, 7 (July), 816-819. Gauch, S.; & Smith, J.B. (1988), "Intelligent Search of Full-Text Databases," Proceedings of RIAO '88, Cambridge, MA: MIT, pp. 167-171. Revised version published as "An Expert System for Searching in Full-Text," Information Processing and Management, 25, 3, 253-263. Shan, Y-P; & Thorn, J. (1988), WE User Manual, Chapel Hill: Department of Computer Science, 63 pages. Smith, J.B.; Weiss, S.F.; Ferguson, G.J.; Bolter, J.D.; Lansman, M.; & Beard, D.V. (1987), "WE: A Writing Environment for Professionals," Proceedings of National Computer Conference '87, Reston, VA: AFIPS Press, pp. 725-736. Smith, J.B.; Weiss, S.F.; & Ferguson, G.J. (1987), "A Hypertext Writing Environment and its Cognitive Basis," Proceedings of 1987 ACM International Conference on Research and Development in Information Retrieval, pp. 195-214. Revised version published in special issue of Information Processing and Management. Smith, J.B.; Weiss, S.F.; & Ferguson, G.J. (1987), "MicroARRAS: An Advanced Full-Text Retrieval and Analysis System," Proceedings of SIGIR 1987, 187-195. Smith, J.B.; & Weiss, S.F. (1987), "Formatting Texts Accessed Randomly," Software: Practice and Experience, 17, 1, 5-16. Smith, J.B; & Smith, C.F, (1987), A Strategic Method for Writing, Chapel Hill: Online Document. Smith, J.B. (1985), ARRAS User's Manual, Report #85 https://github.com/ualbertalib/HydraNorth/issues/85-036, Chapel Hill: Department of Computer Science, 96 pages. Smith, J.B. (1985), "ARRAS and Literary Criticism," in Derval, B.; & Lenoble, M., (eds.), La Critique Littéraire et L'Ordinateur, Québec: Bibliothèque Nationale du Québec, pp. 79-93. Smith, J.B. (1984), "ARRAS: A New Environment for Literary Analysis," Perspectives in Computing, 4, 213 (Summer/Fall), 20-31. Smith, J.B. (1982), "Toward a Marxist Poetics," Style, 16,1 (Winter), 1-20. Meserole, H.T.; & Smith, J.B. (1982), "Shakespeare: Annotated World Bibliography for 1982," Shakespeare Quarterly, 34, 5 (Bibliography Issue, 1983), 516-784 (sample). Nash, D.C.; & Smith, J.B. (1981), Interactive Home Media and Privacy. Washington, DC: The Federal Trade Commission, 113 pp. Smith, J.B. (1981), "Computers and Literary Theory," Association for Literary and Linguistic Computing Bulletin, 9, 3, 1-5. Smith, J.B.; & Meserole, H. T. (1981), "Yet There Is Method In It," Perspectives in Computing, 1, 2 (April), 4-11. Reprinted in Butler, S.; & Stoneman, W. P. (1988), Editing, Publishing, and Computer Technology, New York, AMS Press, Inc., pp. 65-80. Meserole, H.T.; & Smith, J.B. (1981), "Shakespeare: Annotated World Bibliography for 1981," with Harrison T. Meserole, Shakespeare Quarterly, 33, 5 (Bibliography Issue, 1982), 564-741 (unavailable). Smith, J. B. (1981), BAG/2: A Bibliographic and Grouping System for Natural Language Data, University Park, PA: Pennsylvania State University Computation Center, 25 pages. Smith, J.B., (1980), Imagery and the Mind of Stephen Dedalus. Lewisburg, PA: Bucknell University Press, 294 pp. Meserole, H.T.; & Smith, J.B. (1980), "Shakespeare: Annotated World Bibliography for 1979," with Harrison T. Meserole, Shakespeare Quarterly, 31, 4 (Winter, 1980), 436-623 (sample). Smith, J.B. (1980), "RATSALL: A Language Analysis System for the Eighties," Style 14, 4 (Fall), 379-391. Meserole, H.T.; & Smith, J.B. (1979), "Shakespeare: Annotated World Bibliography for 1978," with Harrison T. Meserole, Shakespeare Quarterly, 30, 4 (Winter, 1979), 468-659 (sample). Smith, J.B. (1978), "Computer Criticism," Style, 12, 4 (Fall), 326-356. Reprinted in Sedelow, W.A.; & Sedelow, S.Y., eds. (1983), Computers in Language Research 2: Trends in Linguistics, Studies and Mongraphs 19, Berlin: Mouton, pp. 25-59. Reprinted in Potter, R. G. (1989), Literary Computing and Literary Criticism, Philadelphia: University of Pennsylvania Press, pp. 13-44. Smith, J.B. (1975), "Image and Imagery in Joyce's Portrait: A Computer-Assisted Analysis," in S. Weintraub & P. Young, eds., Directions in Literary Criticism (Festscrift for Henry W. Sams). University Park: The Pennsylvania State University Press, 220-227. Smith, J. B. (1976), "Encoding Literary Texts: Some Considerations," ALLC Bulletin, 4,3, 190-198. Smith, J.B. (1975), "Thematic Structure and Complexity," Style, 9, 1 (Winter), 32-54. Smith, J.B. (1975), "Computer Studies in the Humanities: Intellectual, Educational, and Social Implications," Interdisciplinary Essays, IV (Spring), 38-46. Smith, J.B. (1974), "Computer Generated Analogues of Mental Structures from Language Data," Proceedings of IFIP Congress '74, The Hague: North-Holland Publishing Co., pp.842-845. Smith, J.B. (1974), "Random Accessible Text System for Associative Text Analysis," SIGLASH Newsletter, (December, 1974). Rosenberg, B.A.; & Smith, J.B. (1974), "The Computer and the Finnish Historical-Geographical Method," with Bruce A. Rosenberg, Journal of American Folklore, 87, 344, 149-154. Smith, J.B.; & Rosenberg, B.A. (1973), "Rhythms in Speech: The Formulaic Structure of Four Fundamentalist Sermons," Computer Studies in the Humanities and Verbal Behavior, 4, 3/4, 166-173. Smith, J.B. (1973), "Some Lucubrations and Specifications for a Natural Language Analyzer," Computer Studies in the Humanities and Verbal Behavior, 4, 2 (August), 91-96. Smith, J.B. (1972), "RATS: A Middle Level Text Utility System," Computers and the Humanities, 6, 5 (May), 277-283. Smith, J.B. (1971), "A Computer Analysis of Imagery in James Joyces A Portrait of the Arts as a Young Man," Proceedings of IFIP Congress '71, The Hague: North-Holland Publishing Co., pp 46-49. Smith, J.B. (1970), "A Design for a General Statistical Analyzer for Natural Language Texts," in Sedelow, S.Y., Automated Analysis of Language Style and Structure: 1969-1970, Chapel Hill: Department of Computer Science, Research Report Under ONR Contract N00014-67-A-0321-001., pp. 75-84. Smith, J.B. (1970), "PREFIX -- Revised Edition," in Sedelow, S.Y., Automated Analysis of Language Style and Structure: 1969-1970, Chapel Hill: Department of Computer Science, Research Report Under ONR Contract N00014-67-A-0321-001., pp. 131-135. Smith, J.B. (1969), "PREFIX," in Sedelow, S.Y., Automated Language Analysis: 1968-1969, Chapel Hill: Department of Computer Science, Research Report Under ONR Contract N00014-67-A-0321-001., pp. 82-91. Smith, J.B. (1969), "CONTEXT," in Sedelow, S.Y., Automated Language Analysis: 1968-1969, Chapel Hill: Department of Computer Science, Research Report Under ONR Contract N00014-67-A-0321-001., pp. 92-115. Smith, J.B. (1969), "PREFIX Program and Table Listing," in Sedelow, S.Y., Automated Language Analysis: 1968-1969, Chapel Hill: Department of Computer Science, Research Report Under ONR Contract N00014-67-A-0321-001., pp. 245-286.

— You are receiving this because you commented. Reply to this email directly or view it on GitHub https://github.com/ualbertalib/HydraNorth/issues/1054#issuecomment-209122727

Leah VanderjagtDigital Repository Services Librarian University of Albertat. 780.492.3851 leahv@ualberta.ca leahv@ualberta.ca

Great to have this sorted out, thanks @leahvanderjagt !

Yes - decision was to introduce line break to field. However, html is not rendering on item show pages, so issue #704 needs to be resolved for issue to be completed.

Post-PCDM we should look at breaking that item into individual items within a collection.

I found the same problem with abstract. Long texts are not displayed in the public interface.

Is it possible that the web interface has a maximum length for display fields?

For instance, this objects' abstract and isVersionOf fields are not displayed but data is present in migrated object https://era.library.ualberta.ca/files/9880vt49d uuid:739bf5f0-fcf7-4a94-96ac-d5e1368c6a7d ns003: abstract The increasing demand for hydrocarbons and decreasing reserves have created the necessity to produce oil and gas more efficiently and economically. Increasingly, oil and gas companies are focusing on unconventional hydrocarbons; oil sands, shales and CBM. For this class of reservoir materials, the geomechanical response of the reservoir can play an important role in the recovery process. For naturally fractured, stress sensitive reservoirs or thermal recovery processes, geomechanical processes play an even greater role in efficient, economic recovery. For simulations of these processes, most research efforts have been focused on reservoir geomechanical simulations using conventional reservoir simulators coupled to geomechanical codes. While coupled reservoir-geomechanics modeling has been recently widely studied in the literature, there is no applicable methodology implemented or proposed to mitigate the challenging computational cost involved with the inclusion of geomechanics in large multimillion-cell reservoirs. Past studies so far have focused on different coupling schemes, but not on the efficient and robust simulation workflows. This research was conducted with the aim of development and application of various different strategies to include geomechanics into reservoir simulation workflows in large scale reservoirs and in a timely fashion process. The research was performed to allow the future simulators to perform high resolution reservoir-geomechanical simulations in a large scale (near field and far field) with long simulation time windows and lowest computational cost. Initially, analytical proxies were developed and recommending for implementation in lieu of complex reservoir simulations. The analytical model was for prediction of heavy oil geomechanical responses everywhere in the reservoir. The model adopted the use of the mathematical domain decomposition technique and a novel temperature front tracking developed in the very early stage of the research. As opposed to classical analytical models, the proxy predicted reservoir flow and mechanical behavior (on a synthetic case geometry with real hydraulic data) everywhere in the reservoir and in dynamic and transient flow regimes. Subsequent research was aimed at reservoir-geomechanics coupled model order reduction by use of a numerical proxy. The proxy took advantage of streamline linear space behavior and power in decomposition of the reservoir domain into sub-systems (delineation/drainage areas). The combination of localization and linearization allowed predicting both mechanical and fluid flow responses of the reservoir with only solving the pressure equation in Cartesian underlying 3D grids and the solution of saturation transport equation along only one streamline. Following this, a streamline-based reservoir-geomechanics coupling was proposed and was implemented within a Fortran-C++ based platform. The new developed technique was compared in terms of computational cost and results accuracy with the conventional hydromechanical coupling strategy that was developed on a C++ based platform by use of collocated FV-FEM discretization scheme. One of the final stages of the research explored different streamline-based reservoir-geomechanics coupling strategies for full-field reservoir simulations. Various coupling strategies including sequential coupling schemes and a semi-fully coupling scheme to embed geomechanics into streamline simulation workflow was developed and performed. Numerical software with advanced GUI was coded on QT programming language (C++ based) developed to couple mechanical simulator to streamline simulation engine. While streamline simulations were the center of the research, the last stage of research was conducted on numerical and physical stability, convergence and material balance errors of SL-based reservoir-geomechanics class of couplings. The results provided a solid foundation for proper selection of time-steps in SL-based coupling to ensure a numerically stable and physically robust hydromechanical simulation. As a result we showed that use of streamline simulation in both proxy forms and simulator forms have significant added value in full-field reservoir-geomechanics simulations.

ns003: isVersionOf Koohmareh Hosseini, B., Ardali, M., Chalaturnyk, R.J., Mamora, D., 2011” A New Analytical Approach To Investigate Heated Area in Thermal Recovery Techniques,”. SPE CSUG/SPE 148836 presented at Canadian Unconventional Resources Conference, Calgary, Alberta, Canada, 15-17 November 2011.Koohmareh Hosseini, B., Chalaturnyk, R.J., 2014, “Streamline-based Reservoir Geomechanics Coupling Strategies for Full Field Simulations", presented at ECMOR-XIV 2014, Catania, Italy.Koohmareh Hosseini, B., Chalaturnyk, R.J. 2013, “Streamline Based Coupled Geomechanics and Reservoir Simulation for Hydromechanical Modeling of CO2 Storage in Saline Aquifers”, SPE Heavy Oil Conference - SPE-165409., Canada, Jun 11 - 13, 2013.Koohmareh Hosseini, B., R.J. Chalaturnyk, University of Alberta, 2014, “ A Domain Splitting-Based Analytical Model for Rapid Assessment of Hydro-thermo-geomechanical Responses of Large Scale Heavy oil Reservoirs: Steamflood Application”, 14HOCC- SPE-170193 2014 SPE Heavy Oil Conference – Canada.Jesmani M., Koohmareh Hosseini, B., and Chalaturnyk J. 2012, “A Streamline Approach to Linearize and Reduce the Order of Reservoir Model,” Ninth International Geostatistics Congress, Oslo, Norway.Koohmareh Hosseini, B., R.J. Chalaturnyk, University of Alberta, 2013, “Inclusion of Geomechanics in Streamline Simulation for Full-Field Hydromechanical Modeling of Underground CO2 Storage”, presented at ARMA-47th U.S. Rock Mechanics Geomechanics Symposium, June 2013 San Francisco, US . Paper ID No. 631.

I've just had a look at this case: there is something about the abstract and isVersionOf contents that causes errors when ActiveFedora tries to import them from the Fedora property into the Rails object, so as far as Hydra is concerned they don't exist. I'm looking into what caused this.

Peter

Peter Binkley, Ph.D., MLIS Digital Initiatives Technology Librarian Information Technology Services peter.binkley@ualberta.ca

2-10K Cameron Library University of Alberta Edmonton, Alberta Canada T6G 2J8

phone 780-492-3743 fax 780-492-9243

On 13 April 2016 at 11:32, Mariana Paredes-Olea notifications@github.com wrote:

I found the same problem with abstract. Long texts are not displayed in the public interface.

Is it possible that the web interface has a maximum length for display fields?

For instance, this objects' abstract and isVersionOf fields are not displayed but data is present in migrated object https://era.library.ualberta.ca/files/9880vt49d uuid:739bf5f0-fcf7-4a94-96ac-d5e1368c6a7d ns003: abstract The increasing demand for hydrocarbons and decreasing reserves have created the necessity to produce oil and gas more efficiently and economically. Increasingly, oil and gas companies are focusing on unconventional hydrocarbons; oil sands, shales and CBM. For this class of reservoir materials, the geomechanical response of the reservoir can play an important role in the recovery process. For naturally fractured, stress sensitive reservoirs or thermal recovery processes, geomechanical processes play an even greater role in efficient, economic recovery. For simulations of these processes, most research efforts have been focused on reservoir geomechanical simulations using conventional reservoir simulators coupled to geomechanical codes. While coupled reservoir-geomechanics modeling has been recently widely studied in the literature, there is no applicable methodology implemented or proposed to mitigate the challenging computational cost involved with the inclusion of geomechanics in large multimillion-cell reservoirs. Past studies so far have focused on different coupling schemes, but not on the efficient and robust simulation workflows. This research was conducted with the aim of development and application of various different strategies to include geomechanics into reservoir simulation workflows in large scale reservoirs and in a timely fashion process. The research was performed to allow the future simulators to perform high resolution reservoir-geomechanical simulations in a large scale (near field and far field) with long simulation time windows and lowest computational cost. Initially, analytical proxies were developed and recommending for implementation in lieu of complex reservoir simulations. The analytical model was for prediction of heavy oil geomechanical responses everywhere in the reservoir. The model adopted the use of the mathematical domain decomposition technique and a novel temperature front tracking developed in the very early stage of the research. As opposed to classical analytical models, the proxy predicted reservoir flow and mechanical behavior (on a synthetic case geometry with real hydraulic data) everywhere in the reservoir and in dynamic and transient flow regimes. Subsequent research was aimed at reservoir-geomechanics coupled model order reduction by use of a numerical proxy. The proxy took advantage of streamline linear space behavior and power in decomposition of the reservoir domain into sub-systems (delineation/drainage areas). The combination of localization and linearization allowed predicting both mechanical and fluid flow responses of the reservoir with only solving the pressure equation in Cartesian underlying 3D grids and the solution of saturation transport equation along only one streamline. Following this, a streamline-based reservoir-geomechanics coupling was proposed and was implemented within a Fortran-C++ based platform. The new developed technique was compared in terms of computational cost and results accuracy with the conventional hydromechanical coupling strategy that was developed on a C++ based platform by use of collocated FV-FEM discretization scheme. One of the final stages of the research explored different streamline-based reservoir-geomechanics coupling strategies for full-field reservoir simulations. Various coupling strategies including sequential coupling schemes and a semi-fully coupling scheme to embed geomechanics into streamline simulation workflow was developed and performed. Numerical software with advanced GUI was coded on QT programming language (C++ based) developed to couple mechanical simulator to streamline simulation engine. While streamline simulations were the center of the research, the last stage of research was conducted on numerical and physical stability, convergence and material balance errors of SL-based reservoir-geomechanics class of couplings. The results provided a solid foundation for proper selection of time-steps in SL-based coupling to ensure a numerically stable and physically robust hydromechanical simulation. As a result we showed that use of streamline simulation in both proxy forms and simulator forms have significant added value in full-field reservoir-geomechanics simulations.

ns003: isVersionOf Koohmareh Hosseini, B., Ardali, M., Chalaturnyk, R.J., Mamora, D., 2011” A New Analytical Approach To Investigate Heated Area in Thermal Recovery Techniques,”. SPE CSUG/SPE 148836 presented at Canadian Unconventional Resources Conference, Calgary, Alberta, Canada, 15-17 November 2011.Koohmareh Hosseini, B., Chalaturnyk, R.J., 2014, “Streamline-based Reservoir Geomechanics Coupling Strategies for Full Field Simulations", presented at ECMOR-XIV 2014, Catania, Italy.Koohmareh Hosseini, B., Chalaturnyk, R.J. 2013, “Streamline Based Coupled Geomechanics and Reservoir Simulation for Hydromechanical Modeling of CO2 Storage in Saline Aquifers”, SPE Heavy Oil Conference - SPE-165409., Canada, Jun 11 - 13, 2013.Koohmareh Hosseini, B., R.J. Chalaturnyk, University of Alberta, 2014, “ A Domain Splitting-Based Analytical Model for Rapid Assessment of Hydro-thermo-geomechanical Responses of Large Scale Heavy oil Reservoirs: Steamflood Application”, 14HOCC- SPE-170193 2014 SPE Heavy Oil Conference – Canada.Jesmani M., Koohmareh Hosseini, B., and Chalaturnyk J. 2012, “A Streamline Approach to Linearize and Reduce the Order of Reservoir Model,” Ninth International Geostatistics Congress, Oslo, Norway.Koohmareh Hosseini, B., R.J. Chalaturnyk, University of Alberta, 2013, “Inclusion of Geomechanics in Streamline Simulation for Full-Field Hydromechanical Modeling of Underground CO2 Storage”, presented at ARMA-47th U.S. Rock Mechanics Geomechanics Symposium, June 2013 San Francisco, US . Paper ID No. 631.

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Could that be the same reason the author is not present in the public view? The data is ok in fedora but in solr the name does not show up in the regular fields (creator_tesim, dissertant).

Yes, I think so. I'm working on it now. I can't fix it via the Rails console but I think I can with tweaked version of my REST API script. More in a few minutes.

Peter

Peter Binkley, Ph.D., MLIS Digital Initiatives Technology Librarian Information Technology Services peter.binkley@ualberta.ca

2-10K Cameron Library University of Alberta Edmonton, Alberta Canada T6G 2J8

phone 780-492-3743 fax 780-492-9243

On 13 April 2016 at 15:30, Mariana Paredes-Olea notifications@github.com wrote:

Could that be the same reason the author is not present in the public view? The data is ok in fedora but in solr the name does not show up in the regular fields (creator_tesim, dissertant).

— You are receiving this because you commented. Reply to this email directly or view it on GitHub https://github.com/ualbertalib/HydraNorth/issues/1054#issuecomment-209654429

Welp, nothing I've tried works. I think we'll have to delete that object and reingest. I'll pick this up tomorrow.

It seems like it might be a maximum character in field issue! I'll leave it to the dev team to confirm.

On Wed, Apr 13, 2016 at 11:32 AM, Mariana Paredes-Olea < notifications@github.com> wrote:

I found the same problem with abstract. Long texts are not displayed in the public interface.

Is it possible that the web interface has a maximum length for display fields?

For instance, this objects' abstract and isVersionOf fields are not displayed but data is present in migrated object https://era.library.ualberta.ca/files/9880vt49d uuid:739bf5f0-fcf7-4a94-96ac-d5e1368c6a7d ns003: abstract The increasing demand for hydrocarbons and decreasing reserves have created the necessity to produce oil and gas more efficiently and economically. Increasingly, oil and gas companies are focusing on unconventional hydrocarbons; oil sands, shales and CBM. For this class of reservoir materials, the geomechanical response of the reservoir can play an important role in the recovery process. For naturally fractured, stress sensitive reservoirs or thermal recovery processes, geomechanical processes play an even greater role in efficient, economic recovery. For simulations of these processes, most research efforts have been focused on reservoir geomechanical simulations using conventional reservoir simulators coupled to geomechanical codes. While coupled reservoir-geomechanics modeling has been recently widely studied in the literature, there is no applicable methodology implemented or proposed to mitigate the challenging computational cost involved with the inclusion of geomechanics in large multimillion-cell reservoirs. Past studies so far have focused on different coupling schemes, but not on the efficient and robust simulation workflows. This research was conducted with the aim of development and application of various different strategies to include geomechanics into reservoir simulation workflows in large scale reservoirs and in a timely fashion process. The research was performed to allow the future simulators to perform high resolution reservoir-geomechanical simulations in a large scale (near field and far field) with long simulation time windows and lowest computational cost. Initially, analytical proxies were developed and recommending for implementation in lieu of complex reservoir simulations. The analytical model was for prediction of heavy oil geomechanical responses everywhere in the reservoir. The model adopted the use of the mathematical domain decomposition technique and a novel temperature front tracking developed in the very early stage of the research. As opposed to classical analytical models, the proxy predicted reservoir flow and mechanical behavior (on a synthetic case geometry with real hydraulic data) everywhere in the reservoir and in dynamic and transient flow regimes. Subsequent research was aimed at reservoir-geomechanics coupled model order reduction by use of a numerical proxy. The proxy took advantage of streamline linear space behavior and power in decomposition of the reservoir domain into sub-systems (delineation/drainage areas). The combination of localization and linearization allowed predicting both mechanical and fluid flow responses of the reservoir with only solving the pressure equation in Cartesian underlying 3D grids and the solution of saturation transport equation along only one streamline. Following this, a streamline-based reservoir-geomechanics coupling was proposed and was implemented within a Fortran-C++ based platform. The new developed technique was compared in terms of computational cost and results accuracy with the conventional hydromechanical coupling strategy that was developed on a C++ based platform by use of collocated FV-FEM discretization scheme. One of the final stages of the research explored different streamline-based reservoir-geomechanics coupling strategies for full-field reservoir simulations. Various coupling strategies including sequential coupling schemes and a semi-fully coupling scheme to embed geomechanics into streamline simulation workflow was developed and performed. Numerical software with advanced GUI was coded on QT programming language (C++ based) developed to couple mechanical simulator to streamline simulation engine. While streamline simulations were the center of the research, the last stage of research was conducted on numerical and physical stability, convergence and material balance errors of SL-based reservoir-geomechanics class of couplings. The results provided a solid foundation for proper selection of time-steps in SL-based coupling to ensure a numerically stable and physically robust hydromechanical simulation. As a result we showed that use of streamline simulation in both proxy forms and simulator forms have significant added value in full-field reservoir-geomechanics simulations.

ns003: isVersionOf Koohmareh Hosseini, B., Ardali, M., Chalaturnyk, R.J., Mamora, D., 2011” A New Analytical Approach To Investigate Heated Area in Thermal Recovery Techniques,”. SPE CSUG/SPE 148836 presented at Canadian Unconventional Resources Conference, Calgary, Alberta, Canada, 15-17 November 2011.Koohmareh Hosseini, B., Chalaturnyk, R.J., 2014, “Streamline-based Reservoir Geomechanics Coupling Strategies for Full Field Simulations", presented at ECMOR-XIV 2014, Catania, Italy.Koohmareh Hosseini, B., Chalaturnyk, R.J. 2013, “Streamline Based Coupled Geomechanics and Reservoir Simulation for Hydromechanical Modeling of CO2 Storage in Saline Aquifers”, SPE Heavy Oil Conference - SPE-165409., Canada, Jun 11 - 13, 2013.Koohmareh Hosseini, B., R.J. Chalaturnyk, University of Alberta, 2014, “ A Domain Splitting-Based Analytical Model for Rapid Assessment of Hydro-thermo-geomechanical Responses of Large Scale Heavy oil Reservoirs: Steamflood Application”, 14HOCC- SPE-170193 2014 SPE Heavy Oil Conference – Canada.Jesmani M., Koohmareh Hosseini, B., and Chalaturnyk J. 2012, “A Streamline Approach to Linearize and Reduce the Order of Reservoir Model,” Ninth International Geostatistics Congress, Oslo, Norway.Koohmareh Hosseini, B., R.J. Chalaturnyk, University of Alberta, 2013, “Inclusion of Geomechanics in Streamline Simulation for Full-Field Hydromechanical Modeling of Underground CO2 Storage”, presented at ARMA-47th U.S. Rock Mechanics Geomechanics Symposium, June 2013 San Francisco, US . Paper ID No. 631.

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Leah VanderjagtDigital Repository Services Librarian University of Albertat. 780.492.3851 leahv@ualberta.ca leahv@ualberta.ca

Let's attempt deletion of the property and reinsertion via the REST api. If that works, we know it isn't only the length that causes the problem. Can we try inserting the problem object into a dev environment to see if higher logging levels give us more information?

ualbertalib / HydraNorth

Long abstract and isVersionOf not displayed in ERA #1054