752 research outputs found
Correction: Kolkiran, A.; Agarwal, G.S. Amplitude Noise Reduction in a Nano-Mechanical Oscillator. Math. Comput. Appl. 2011, 16(1), 290–300
No full textThe authors would like to remove Girish S. Agarwal from the author list of the paper [1]. Aziz Kolkiran will therefore serve as the single author.[...
Bijective Proofs of Some <i>n</i>-Color Partition Identities
No full textAbstractUsing a technique of Agarwal and Andrews (1987), bijective proofs of some n-color partition identities discovered recently by the author, are given.</jats:p
DBLP Publications Records and ACM Metadata for SIGWEB Conferences
No full textThe dataset ”DBLP-SIGWEB.zip” is derived from September 17, 2015 snapshot of dblp bibliography database. It contains all publications and authors records (available in dblp data) of 8 ACM SIGWEB conferences (HT, DL, DocEng, WebSci, CIKM, WSDM, UMAP, SIGIR): The dataset also contains the authors, chairs, affiliations and additional metadata information of conferences that are published in ACM digital library.dblp-sigweb.sql file creates 14 tables in mysql. Followings are the list and description of all attributes and tables used in the dataset. Same attributes used in different tables are listed only once.1. Table- papersdblp_key- unique id of each publication in dblp databasecrossref- unique id of each conference in dblp databasedoi- unique doi url to publisher pagepaper_id- unique id of each article in acm digital library (DL)cite_count- number of citations for each article calculated for the papers published in acm DLpages- number of pages for each article in conference proceedingsconf_id- unique id of each conference in acm DLfunding- funding source information of article. NULL- if no funcding source available2. Table- paper_authorsauthor_id- unique id of an author in acm DLaffiliation- affiliation information of author for associated article3. Table- conceptsconcept- concepts in an article- tagged by ACM4. Table- author_tagsauthor_tag- Keywords/tags provided by authors5. cited_bypaper_id- acm DL id of article A to be citedcite_id- unique id of article that has cited article A6. paper_referencesrefer_id- unique id of the articles (published in sigweb conferences) cited in article A.7. Table- conferencesdblp_key- unique id of each conference in dblp databaseyear- year of the conferencepublisher- publisher name of each conference (ACM, Springer, IEEE etc.)title- full name of the conference proceedingdoi- unique doi url to the conference publisher page8. Table- general_chairs, program_chairs, editorsauthor_id- unique id of author (as general chair, program chair or editor of conference conf_id)affiliation- affiliation of author9. authors_affiliation_history, colleaguesauthor_id- unique id of author A in ACM DLposition- index of affiliation- starts from 0affiliation- lists all affiliations of an authorcolleague_id- lists acm IDs of all authors publishing papers in ACM co-authored with A.11. authors_infoauthor_name- full name of author acquired from ACM publisher pageyear_first- year of first article publication in ACMyear_last- year of recent article publication in ACMpub_count- total number of publciations in ACM DLcite_count- total number of citations mentioned in ACM publciationsavg_cite- average number of citation in ACM publications12. affiliations_infoaffiliation- name of the affiliationaffiliation_type- type of affiliatioin (Industry, Academic Institution)city, state, country- geographical location of affiliationlat, lng- geocodes (latitude and longitude) of affiliatio
DBLP Records and Entries for Key Computer Science Conferences
No full textThe dataset ”DBLP-CSR.zip” is derived from September 17, 2015 snapshot of dblp bibliography database. It contains the last 16 years (2000 − 2015) of publications records of 81 Computer Science Research conferences used for a study conducted in our paper Women in Computer Science Research- What is Bibliography Data Telling Us? published in ACM SIGCAS Computers and Society Newsletter, Volume 46, Issue 1, February 2016. Link to the Newsletter Archive: http://dl.acm.org/citation.cfm?id=J198The dataset contains 7 .sql files and a README file providing the description of dataset and attributes. The seven .sql files are primarily named as affiliation_coord.sql, affiliation.sql, author_gender.sql, authors.sql, editor_gender.sql, editor.sql and main.sql.The affiliation_coord.sql, affiliation.sql, authors.sql, editor.sql files create the tables with same name. While main.sql, editor_gender.sql and author_gender.sql create tables with the names general, genedit and genauth old respectively.Followings are the list and description of all attributes used in the dataset. Same attributes used in different tables are listed only once.1. Table- generalk- unique id of each article- primary key in the table.year- the year of publicationconf- abbreviation for conference name (HT for ACM HyperText)crossref- cross reference link to all articles published in a conference in a yearcs, de, se, th- a binary attribute denoting if a conference belongs to these domains (Computer Science, Data Engineering, Software Engineering, Theory)publisher- Name of the conference publisherlink- unique DOI link to the article that re-directs to conference publisher page.2. Table- authorspos- position of author in the paper. 0 denotes first authorname- unique name of author in dblp datasetgender- gender of authors. Hyphen (-) denotes that gender was not determined. Please refer to the paper for more details.prob- probability of a name to be M, F, -.3. Table- editorsk- foreign key for crossref attribute in general tablepos- position of editor in conference. 0 denotes the first editor.4. Table- genauth_old and genedit contain the records of gender information of authors and editors- derived from authors and editors tables.5. Table- affiliation affil- affiliation record of each author publishing in the 81 conferences mentioned above.year- year of publication6. Table- affiliation_coordcountry- country of the author extracted from affiliationcountry_code- code to be used for mapslat, lng- latitude and longitude information of affiliation
Endoilluminator-assisted Descemet membrane endothelial keratoplasty and endoilluminator-assisted pre-Descemet endothelial keratoplasty
No full textSoosan Jacob,1,2 Amar Agarwal,1 Dhivya Ashok Kumar1 1Dr Agarwal’s Eye Hospital and Eye Research Centre, 2Dr Agarwal’s Refractive and Cornea Foundation (DARCF), Chennai, IndiaWe read with great interest the article by Kobayashi et al on the use of endoillumination probe-assisted Descemet membrane endothelial keratoplasty (DMEK) for bullous keratopathy secondary to argon-laser iridotomy.1 We would like to bring to the author’s notice that one of us (SJ) described the use of external endoillumination for DMEK, and the same was published under our names in 2014 as endoilluminator-assisted transcorneal illumination for DMEK,2 with study patients included from January 2013. Read the original article by Kobayashi et al 
R06. Identification of the Cellular Pathways Targeted by Two Antifungal Natural Products Using RNA-Seq Analysis
Get PDFCorresponding author (NCNPR): Ameeta Agarwal, [email protected]://egrove.olemiss.edu/pharm_annual_posters/1005/thumbnail.jp
Computing many faces in arrangements of lines and segments
No full textWe present randomized algorithms for computing many faces in an arrangement of lines or of segments in the plane, which are considerably simpler and slightly faster than the previously known ones. pn The main new idea is a simple randomized O(n log n) expected time algorithm for computing root n cells in an arrangement of n lines.A part of this work was done while the first and third authors were visiting Charles University and while the first author was visiting Utrecht University. The first author has been supported by National Science Foundation Grant CCR-93-01259 and an NYI aword. The second author has been supported by Charles University grant No. 351 and Czech Republic Grant GACR 201/93/2167. The third author has been supported by the Netherlands' Organization for Scientific Research (NWO) and partially supported by ESPRIT Basic Research Action No. 7141 (project ALCOM 2:Algorithms and Complexity)
Two-round maliciously secure computation with super-polynomial simulation
Get PDFSubmission published under a 24 month embargo labeled 'U of I Access', the embargo will last until 2023-12-01The student, Amit Agarwal, accepted the attached license on 2021-12-08 at 22:15.The student, Amit Agarwal, submitted this Thesis for approval on 2021-12-09 at 00:33.This Thesis was approved for publication on 2021-12-09 at 15:27.DSpace SAF Submission Ingestion Package generated from Vireo submission #17428 on 2022-04-06 at 17:18:04Made available in DSpace on 2022-04-29T21:47:47Z (GMT). No. of bitstreams: 3
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Reason: Author requested U of Illinois access only (OA after 2yrs) in Vireo ETD systemAuthor requested U of Illinois access only (OA after 2yrs) in Vireo ETD systemU of I OnlyWe propose the first maliciously secure multi-party computation (MPC) protocol for general functionalities in two rounds, without any trusted setup. Since polynomial-time simulation is impossible in two rounds, we achieve the relaxed notion of superpolynomial-time simulation security [Pass, EUROCRYPT 2003]. Prior to our work, no such maliciously secure protocols were known even in the two-party setting for functionalities where both parties receive outputs. Our protocol is based on the sub-exponential security of standard assumptions plus a special type of non-interactive non-malleable commitment. At the heart of our approach is a two-round multi-party conditional disclosure of secrets (MCDS) protocol in the plain model from bilinear maps, which is constructed from techniques introduced in [Benhamouda and Lin, TCC 2020].
This thesis is based on a joint work with James Bartusek, Vipul Goyal, Dakshita Khurana, and Giulio Malavolt
A comparative analysis of the demand for higher education: results from a meta-analysis of elasticities
Get PDFStudies of the demand for higher education have produced numerous estimates of the tuition and income elasticities. Because of widespread variation in the models estimated, this paper performs a meta-analysis of the literature to uncover the extent to which study characteristics influence elasticities. In addition to being more inelastic in the short-run, the results reveal that demand is least responsive to tuition and income in the United States. Also, the measure of quantity and price, coupled with the method of estimation, have important effects on the tuition elasticity. Nonetheless, there are many study characteristics that have little impact on elasticity estimates.
Solute transport in magnesium and their uncertainty quantification using density functional theory and green function approach
Get PDFPredictive control of alloy processing requires an accurate knowledge of the thermodynamic and the kinetic information of the system for microstructure simulation. Phenomena such as solute segregation or growth of precipitates occur regularly during alloy processing which involves transport or diffusion of solutes. We investigate interstitial and vacancy-mediated solute transport in the hexagonal close-packed Mg. We utilize density functional theory calculations to determine the energies of interstitials and solute-vacancy configurations, which inform our diffusion model. The diffusion of light elemental solutes B, C, N, and O is investigated by determining their stable interstitial sites and the interpenetrating network formed by these sites. We employ the elastodiffusion tensor to determine the effect of strains on diffusion and find that B, C, and N diffusivity increases with volumetric crystal expansion, while O diffusivity decreases. The vacancy-mediated solute diffusion requires the jump network of vacancy near and away from the solute but the existing diffusion models oversimplify this jump network, severely affecting the accuracy of the transport coefficients. We identify all the symmetry-unique vacancy jumps in the Mg lattice and use our Green function approach to generate the transport database for 61 solutes. Our predictions of solute diffusion coefficients agree well with the available experimental measurements. We also study drag ratios which quantify the drag of solutes by vacancies, and the ring network topologies elucidate their mechanisms. We develop a Bayesian framework to quantify uncertainties in transport coefficients and use it to study uncertainties in transport coefficients due to approximate treatment of electronic exchange and correlation in DFT computed energies.Submission published under a 24 month embargo labeled 'U of I Access', the embargo will last until 2020-08-01The student, Ravi Agarwal, accepted the attached license on 2018-05-15 at 14:43.The student, Ravi Agarwal, submitted this Dissertation for approval on 2018-05-15 at 14:50.This Dissertation was approved for publication on 2018-05-16 at 09:39.DSpace SAF Submission Ingestion Package generated from Vireo submission #12574 on 2018-09-27 at 11:15:41Made available in DSpace on 2018-09-27T16:28:01Z (GMT). No. of bitstreams: 2
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