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28篇 您的检索式:作者名="Kumar Akhil"
    题名 作者 年代 出处 被引量
1An Application of Intuitionistic Fuzzy Sets in Medical Diagnosis 显示文摘SUPRIYA KUMAR DE RANJIT BISWAS AKHIL RANJAN ROY 2001Fuzzy Sets and Systems2001,117,2:1
2Some operations on intuitionistic fuzzy sets 显示文摘Supriya Kumar De Ranjit Biswas Akhil Ranjan Roy 2000Fuzzy Sets and Systems2000,114,3:1
3Some operations on intuitionistic fuzzy sets显示文摘Supriya Kumar De Ranjit Biswas Akhil Ranjan Roy 2000Fuzzy Sets and Systems2000,114,3:1
4Meta workflows as a control and coordination mechanism for exception handling in workflow systems显示文摘Akhil Kumar Jacques Wainer 2004Decision Support Systems2004,,1:1
5A formal modeling approach for supply chain event management显示文摘Liu Emily Kumar Akhil 2007Decision Support Systems2007,43,3:1
6Some Operations on Intuitionistic Fuzzy Sets显示文摘 Ranjit Biswas Akhil Ranjan Roy 2000Fuzzy Sets and Systems2000,114,:1
7An application of intuitionistic fuzzy sets in medical diagnosis显示文摘Supriya Kumar De Ramjit Bis was Akhil Ranjan Roy 2001Fuzzy Sets and Systems2001,117,:1
8Feasibility and efficacy of delayed pharmacoinvasive therapy for STelevation myocardial infarction显示文摘BACKGROUND ST-elevation myocardial infarction(STEMI)refers to a clinical syndrome that features symptoms of myocardial ischemia with consequent ST-elevation on electrocardiography and an associated rise in cardiac biomarkers.Rapid restoration of brisk flow in the coronary vasculature is critical in reducing mortality and morbidity.In patients with STEMI who could not receive primary percutaneous coronary intervention(PCI)on time,pharmacoinvasive strategy(thrombolysis followed by timely PCI within 3-24 h of its initiation)is an effective option.AIM To analyze the role of delayed pharmacoinvasive strategy in the window period of 24-72 h after thrombolysis.METHODS This was a physician-initiated,single-center prospective registry between January 2017 and July 2017 which enrolled 337 acute STEMI patients with partially occluded coronary arteries.Patients received routine pharmacoinvasive therapy(PCI within 3-24 h of thrombolysis)in one group and delayed pharmacoinvasive therapy(PCI within 24-72 h of thrombolysis)in another group.The primary endpoint was major adverse cardiac and cerebrovascular events(MACCE)within 30 d of the procedure.The secondary endpoints included major bleeding as defined by Bleeding Academic Research Consortium classification,angina,and dyspnea within 30 d.RESULTS The mean age in the two groups was comparable(55.1±10.1 years vs 54.2±10.5 years,P=0.426).Diabetes was present among 20.2%and 22.1%of patients in the routine and delayed groups,respectively.Smoking rate was 54.6%and 55.8%in the routine and delayed groups,respectively.Thrombolysis was initiated within 6 h of onset of symptoms in both groups(P=0.125).The mean time from thrombolysis to PCI in the routine and delayed groups was 16.9±5.3 h and 44.1±14.7 h,respectively.No significant difference was found for the occurrence of measured clinical outcomes in the two groups within 30 d(8.7%vs 12.9%,P=0.152).Univariate analysis of demographic characteristics and risk factors for patients who reported MACCE in the two groups did not demonstrate any significant correlation.Secondary endpoints such as angina,dyspnea,and major bleeding were non-significantly different between the two groups.CONCLUSION Delayed PCI pharmacoinvasive strategy in a critical diseased but not completely occluded artery beyond 24 h in patients who have been timely thrombolyzed seems a reasonable strategy.Rishi Sethi Lalit Mohan Pravesh Vishwakarma Abhishek Singh Swati Sharma Monika Bhandari Ayush Shukla Akhil Sharma Gaurav Chaudhary Akshyaya Pradhan Sharad Chandra Varun Shankar Narain Sudhanshu Kumar Dwivedi 2023World Journal of Cardiology2023,15,1:1
9Some operations on intuitionistic fuzzy sets显示文摘Supriya Kumar De Ranjit Biswas Akhil Ranjan Roy 2000Fuzzy Sets and Systems2000,,3:1
10Some operations on intuitionistic fuzzy sets 显示文摘Supriya Kumar De Ranjit Biswas Akhil Ranjan Roy 2000Fuzzy Sets and Systems2000,114,3:1
11Meta workflows as a control and coordination mechanism for exception handling in workflow systems显示文摘Kumar Akhil Wainer Jacques 2005Decision Support Systems2005,40,1:1
12Merging workflows:A new perspective on connecting business processes显示文摘Shuang Sun Akhil Kumar John Yen 2006Decision Support Systems2006,42,2:1
13A formal modeling approach for supply chain event management显示文摘RONG LIU AKHIL KUMAR WIL van DER AALST 2007Decision Support Systems2007,43,:1
14G-Tree:A New Data Structure for Organizing Multidimensional Data显示文摘Akhil Kumar 1994IEEE Transactions on Knowledge and Data Engineering1994,6,2:1
15An application of intuitionistic fuzzy sets in medical diagnosis显示文摘Supriya Kumar De Ranjit Biswas Akhil Ranjan Roy 2001Fuzzy Sets and Systems2001,,2:1
16Some operations on intuitionistic fuzzy sets显示文摘Supriya Kumar De Ranjit Biswas Akhil Ranjan Roy 2000Fuzzy Sets and Systems2000,,3:1
17An Efficient Algorithm for Solving the Partial Sum Query Problem显示文摘Kumar Akhil 2001Information Sciences2001,,137:1
18Meta workflows as a control and coordination mechanism for exception handling in workflow systems 显示文摘Akhil Kumar Jacques Wainer 2005Decision Support Systems2005,40,1:1
19An application of intuitionistic fuzzy sets in medical diagnosis显示文摘Supriya Kumar De Ranjit Biswas Akhil Ranjan Roy 2001Fuzzy Sets and Systems2001,,117:1
20On the Phase Response of the Error Diffusion Filter for Image Halftoning显示文摘KUMAR AKhil MAKUR Anamitra 1999Transactions on Image Processing1999,9,8:1
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