期刊文献+

Moblie Application for Recognizing Pali Letters 被引量:1

下载PDF
导出
摘要 Pali is considered as the language of the canon continued to be influenced by analysts and grammarians,and by the native languages of the countries like Sri Lanka,in which Therava da Buddhism became established over many years.The Pali language has been used to write many stone inscriptions in ancient times.For ordinary travelers the recognition of the content of ancient inscriptions and some other written material are not possible.This study has focused to find a solution with a mobile application to recognize Pali characters in a user-friendly User Interface.The character recognition in real time is the most essential part of the study.Machine learning and neural networks are trending technologies adapted for handwriting recognition in some languages.But for many languages this technology has not been developed yet.Pali is one of such languages that had survived until the eighteenth century.In this study the images of Pali letters are identified through a trained Convolution Neural Network(CNN).Python and Android Studio software were used for training process and identifying letters respectively with the developed mobile application.The limited capacity and the processing power of a mobile phone makes it more challenging to run the application.Tensor Flow Lite is end to end open source platform in machine learning.Therefore,Tensor Flow Lite was used in this study.Since the Android mobile is a common equipment which everybody has in modern societies,using this Off-line Pali character Recognition mobile application the archelogy researchers and travelers can use them conveniently to understand the content written in ancient documents.
机构地区 Mechanical Engineering
出处 《Instrumentation》 2020年第4期48-60,共13页 仪器仪表学报(英文版)
  • 相关文献

同被引文献3

引证文献1

二级引证文献1

  • 1魏智锋,肖书浩,蒋国璋,伍世虔,程国飞.基于深度学习的人造板表面缺陷检测研究[J].林产工业,2021,58(2):21-26. 被引量:18
  • 2Sergio Martínez,Antonio Peñalver,Juan Manuel Sáez.Design and Evaluation of a Vision-Based UI for People with Large Cognitive-Motor Disabilities[J].Journal of Biomedical Science and Engineering,2021,14(4):185-201.
  • 3熊明辉.法律人工智能的推理建模路径[J].求是学刊,2020,47(6):89-100. 被引量:17
  • 4闫兵,李胜萱,胡岳平,黎流伶,李楚君,洪晓婷,杨卓欣.穴位埋线治疗脾虚湿阻型单纯性肥胖伴血脂异常临床研究[J].新中医,2021,53(9):134-138. 被引量:13
  • 5Imran Yousaf,Shoaib Ali,Syed Zulfiqar Ali Shah.Herding behavior in Ramadan and financial crises: the case of the Pakistani stock market[J].Financial Innovation,2018,4(1):242-255. 被引量:2
  • 6ZHAO SHUBIN,WEN KAI.Diyag People Know Where to Call Home[J].China Today,2021,70(5):29-31.
  • 7Isaac Iyinoluwa Olufadewa,Miracle Ayomikun Adesina,Marlene Davis Ekpo,Seyi John Akinloye,Temiloluwa Ololade Iyanda,Pamela Nwachukwu,Lalit Dzifa Kodzo.Lessons from the coronavirus disease 2019(COVID-19)pandemic response in China,Italy,and the U.S.:a guide for Africa and low-and middle-income countries[J].Global Health Journal,2021,5(1):56-61.
  • 8Zhang Jiahuan,Xu Hongyuan,无.Standing Together in Unity with Everlasting Friendship:Chinese NGOs Saw a Fruitful and Eventful 2020 in Cambodia[J].International Understanding,2020(3):29-32.
  • 9孙孝勇.数字媒体艺术在现代广告设计中的应用[J].中国科技纵横,2020(18):143-144.
  • 10J.Adam,L.Adamczyk,J.R.Adams,J.K.Adkins,G.Agakishiev,M.M.Aggarwal,Z.Ahammed,I.Alekseev,D.M.Anderson,A.Aparin,E.C.Aschenauer,M.U.Ashraf,F.G.Atetalla,A.Attri,G.S.Averichev,V.Bairathi,K.Barish,A.Behera,R.Bellwied,A.Bhasin,J.Bielcik,J.Bielcikova,L.C.Bland,I.G.Bordyuzhin,J.D.Brandenburg,A.V.Brandin,J.Butterworth,H.Caines,M.Calderon de la Barca Sanchez,D.Cebra,I.Chakaberia,P.Chaloupka,B.K.Chan,F-H.Chang,Z.Chang,N.Chankova-Bunzarova,A.Chatterjee,D.Chen,J.Chen,J.H.Chen,X.Chen,Z.Chen,J.Cheng,M.Cherney,M.Chevalier,S.Choudhury,W.Christie,X.Chu,H.J.Crawford,M.Csanad,M.Daugherity,T.G.Dedovich,I.M.Deppner,A.A.Derevschikov,L.Didenko,X.Dong,J.L.Drachenberg,J.C.Dunlop,T.Edmonds,N.Elsey,J.Engelage,G.Eppley,S.Esumi,O.Evdokimov,A.Ewigleben,O.Eyser,R.Fatemi,S.Fazio,P.Federic,J.Fedorisin,C.J.Feng,Y.Feng,P.Filip,E.Finch,Y.Fisyak,A.Francisco,L.Fulek,C.A.Gagliardi,T.Galatyuk,F.Geurts,A.Gibson,K.Gopal,X.Gou,D.Grosnick,W.Guryn,A.I.Hamad,A.Hamed,S.Harabasz,J.W.Harris,S.He,W.He,X.H.He,Y.He,S.Heppelmann,S.Heppelmann,N.Herrmann,E.Hoffman,L.Holub,Y.Hong,S.Horvat,Y.Hu,H.Z.Huang,S.L.Huang,T.Huang,X.Huang,T.J.Humanic,P.Huo,G.Igo,D.Isenhower,W.W.Jacobs,C.Jena,A.Jentsch,Y.Ji,J.Jia,K.Jiang,S.Jowzaee,X.Ju,E.G.Judd,S.Kabana,M.L.Kabir,S.Kagamaster,D.Kalinkin,K.Kang,D.Kapukchyan,K.Kauder,H.W.Ke,D.Keane,A.Kechechyan,M.Kelsey,Y.V.Khyzhniak,D.P.Kikoła,C.Kim,B.Kimelman,D.Kincses,T.A.Kinghorn,I.Kisel,A.Kiselev,M.Kocan,L.Kochenda,L.K.Kosarzewski,L.Kramarik,P.Kravtsov,K.Krueger,N.Kulathunga Mudiyanselage,L.Kumar,S.Kumar,R.Kunnawalkam Elayavalli,J.H.Kwasizur,R.Lacey,S.Lan,J.M.Landgraf,J.Lauret,A.Lebedev,R.Lednicky,J.H.Lee,Y.H.Leung,C.Li,C.Li,W.Li,W.Li,X.Li,Y.Li,Y.Liang,R.Licenik,T.Lin,Y.Lin,M.A.Lisa,F.Liu,H.Liu,P.Liu,P.Liu,T.Liu,X.Liu,Y.Liu,Z.Liu,T.Ljubicic,W.J.Llope,R.S.Longacre,N.S.Lukow,S.Luo,X.Luo,G.L.Ma,L.Ma,R.Ma,Y.G.Ma,N.Magdy,R.Majka,D.Mallick,S.Margetis,C.Markert,H.S.Matis,J.A.Mazer,N.G.Minaev,S.Mioduszewski,B.Mohanty,I.Mooney,Z.Moravcova,D.A.Morozov,M.Nagy,J.D.Nam,Md.Nasim,K.Nayak,D.Neff,J.M.Nelson,D.B.Nemes,M.Nie,G.Nigmatkulov,T.Niida,L.V.Nogach,T.Nonaka,A.S.Nunes,G.Odyniec,A.Ogawa,S.Oh,V.A.Okorokov,B.S.Page,R.Pak,A.Pandav,Y.Panebratsev,B.Pawlik,D.Pawlowska,H.Pei,C.Perkins,L.Pinsky,R.L.Pinter,J.Pluta,J.Porter,M.Posik,N.K.Pruthi,M.Przybycien,J.Putschke,H.Qiu,A.Quintero,S.K.Radhakrishnan,S.Ramachandran,R.L.Ray,R.Reed,H.G.Ritter,O.V.Rogachevskiy,J.L.Romero,L.Ruan,J.Rusnak,N.R.Sahoo,H.Sako,S.Salur,J.Sandweiss,S.Sato,W.B.Schmidke,N.Schmitz,B.R.Schweid,F.Seck,J.Seger,M.Sergeeva,R.Seto,P.Seyboth,N.Shah,E.Shahaliev,P.V.Shanmuganathan,M.Shao,A.I.Sheikh,W.Q.Shen,S.S.Shi,Y.Shi,Q.Y.Shou,E.P.Sichtermann,R.Sikora,M.Simko,J.Singh,S.Singha,N.Smirnov,W.Solyst,P.Sorensen,H.M.Spinka,B.Srivastava,T.D.S.Stanislaus,M.Stefaniak,D.J.Stewart,M.Strikhanov,B.Stringfellow,A.A.P.Suaide,M.Sumbera,B.Summa,X.M.Sun,X.Sun,Y.Sun,Y.Sun,B.Surrow,D.N.Svirida,P.Szymanski,A.H.Tang,Z.Tang,A.Taranenko,T.Tarnowsky,J.H.Thomas,A.R.Timmins,D.Tlusty,M.Tokarev,C.A.Tomkiel,S.Trentalange,R.E.Tribble,P.Tribedy,S.K.Tripathy,O.D.Tsai,Z.Tu,T.Ullrich,D.G.Underwood,I.Upsal,G.Van Buren,J.Vanek,A.N.Vasiliev,I.Vassiliev,F.Videbæk,S.Vokal,S.A.Voloshin,F.Wang,G.Wang,J.S.Wang,P.Wang,Y.Wang,Y.Wang,Z.Wang,J.C.Webb,P.C.Weidenkaff,L.Wen,G.D.Westfall,H.Wieman,S.W.Wissink,R.Witt,Y.Wu,Z.G.Xiao,G.Xie,W.Xie,H.Xu,N.Xu,Q.H.Xu,Y.F.Xu,Y.Xu,Z.Xu,Z.Xu,C.Yang,Q.Yang,S.Yang,Y.Yang,Z.Yang,Z.Ye,Z.Ye,L.Yi,K.Yip,Y.Yu,H.Zbroszczyk,W.Zha,C.Zhang,D.Zhang,S.Zhang,S.Zhang,X.P.Zhang,Y.Zhang,Y.Zhang,Z.J.Zhang,Z.Zhang,Z.Zhang,J.Zhao,C.Zhong,C.Zhou,X.Zhu,Z.Zhu,M.Zurek,M.Zyzak,STAR Collaboration Abilene.Methods for a blind analysis of isobar data collected by the STAR collaboration[J].Nuclear Science and Techniques,2021,32(5):43-50. 被引量:7

相关作者

内容加载中请稍等...

相关机构

内容加载中请稍等...

相关主题

内容加载中请稍等...

浏览历史

内容加载中请稍等...
;
使用帮助 返回顶部