Abstract Numbers-CONTRIBUTORY PAPERS - DETAILS
Sl.No: |
Abstract No: |
Name of Authors |
Title Of the Paper |
Name of the personwho is Presenting the paper |
Address of the Institution |
1 |
FB 01 1633 |
A.K.B.Chand and N. Vijender |
C1-Rational Cubic Fractal Interpolation surface using functional values |
N.Vijender |
IITMADRAS |
2. |
FB 02 1685 |
A.K. B. Chand, P. Viswantahanand M. A. Navascues |
A New Class of Rational Quadratic FractalFunctions withPositive Shape Preservation |
A.K. B. Chand |
IITMADRAS |
3. |
FB 03 1655 |
Ashish,Mamta Rani, and RenuChugh |
Variants of Cantor Sets Using IFS |
Ashish, |
MAHARSHIDAYANAND UNIVERSITY, ROHTAK, INDIA |
4. |
FB 04 1648 |
BulusuRama, and Jibitesh Mishra |
Modeling of 3D fractal images |
BulusuRama, |
SLCSINSTITUTE OF ENGG & TECH, HYDRABAD, INDIA |
5. |
FB 05 1638 |
G.P.Kapoorand SrijananiAnurag Prasad |
SuperFractal interpolation Functions |
SrijananiAnuragPrasad |
ISI,DELHI, INDIA |
6. |
FB 06 1657 |
KarolySimon and LajosVago |
Projectionsof Mandelbrot percolation in higher dimensions |
LajosVago |
BUDAPESTUNIVERSITY OF TECH & ECONOMICS, HUNGARY |
7. |
FB 07 1709 |
MaiThe Duy |
Someexamples of finite type fractals in three dimensional |
MaiThe Duy, |
HAIPHONGUNIVERSITY, VIETNAM |
8. |
FB 08 1672 |
Minirani S, and Sunil Mathew |
Fractals in Partial MetricSpaces |
Minirani S, |
NITCALICUT, INDIA |
9. |
FB 09 1685 |
P. Viswanathan and A. K. B.Chand |
On Fractal Rational Functions |
P. Viswanathan |
IITMADRAS |
10. |
FB 10 1687 |
R. Uthayakumar, and A.Nalayini Devi |
Some Properties on Koch Curve |
A. Nalayini Devi |
NPRCOLLEGE OF ENGG & TECH , DINDUGAL, INDIA |
11. |
FB 11 1671 |
R.Uthayakumar and A. Gowrisankar |
Fractalsin Product Fuzzy Metric |
A.Gowrisankar |
THEGANDHIGRAM RURAL INSTITUTE, GANDHIGRAM, INDIA |
12. |
FA01 1728 |
A.A.Potapov |
FractalParadigm and Fractal-scaling methods inRadio Physics |
A.A.Potapov |
KOTELNIKOV INSTTITUTE OF RADIO ENGG & ELECTRONICS,RUSSIA |
13. |
FA02 1663 |
DharmannaLamani, T.C.Manjunath, Ramegowda |
Fractaldimension with object rotation: A case study with glaucoma eye |
DharmannaLamani |
SDMINSTITUTE OF TECHNOLOGY UJIRE, INDIA |
14. |
FA03 1679 |
D.MallikarjunaReddy and Malla Reddy Perati |
ANovel Approach for Measuring Self-Similarity Parameter in Highway RoadTraffic at Selected Toll Plazas in India |
D.MallikarjunaReddy |
KAKATIYAUNIVERSITY |
15. |
FA04 1636 |
HelenMary M. C and Dilbag Singh |
FractalGeometry in analysing and processingHeart Rate |
HelenMary M. C |
NITJALANDHAR, INDIA |
16. |
FA05 1686 |
LeenaT Timothy, Usha Nair,Bindu M Krishna, MuraliKrishna Menon |
PermutationEntropy analysis of EEG of MildCognitive Impairment patients duringmemoryactivation task |
LeenaT Timothy |
SCHOOLOF ENGINEERING, CUSAT, INDIA |
17. |
FA06 1693 |
P.Singh, J. Jagtap, C. Pantola, A. Agarwal and A. Pradhan |
A multi fractal based imageanalysis for cervicaldysplasia classification |
PankajSingh |
DEPT.OFPHYSICS,IIT KANPUR, INDIA |
18. |
FA07 1676 |
RajaiahDasariand Ramesh Renikunta, Malla Reddy Perati |
SelfSimilar Network Traffic Modelling using Fractal Point Process – MarkovianApproach |
RajaiahDasari |
KAKATIYAUNIVERSITY |
19. |
FA08 1678 |
RameshRenikunta, Rajaih Dasari, Ranadheer Donthi, |
Validationof variance based fitting for self similar traffic network |
RameshRenikunta |
KAKATIYAUNIVERSITY |
20. |
FA09 1689 |
RanadheerDonthi,Ramesh Renikunta, RajaiahDasari, and Malla Reddy Perati |
Self-SimilarNetwork Traffic Modeling using Circulant Markov Modulated Poisson Process(CMMPP) |
RanadheerDonthi |
KAKATIYAUNIVERSITY |
21. |
FA101682 |
RaviKumar Gudimalla and Malla Reddy Perati |
Investigationof Priority Based Optical PacketSwitch under Self-Similar Variable length Input Traffic using Matrix QueueingTheory |
RaviKumar Gudimalla |
KAKATIYAUNIVERSITY |
22. |
WB01 1669 |
Abdullah |
Onthe characterization of nonuniform wavelet sets on positivehalf line |
Abdullah |
ZHDCDELHI UNIVERSITY, INDIA |
23. |
WB02 1675 |
Divyasingh |
IntervalWavelet sets determined by points on the circle |
Divyasingh |
NITROORKELA, INDIA |
24. |
WB03 1680 |
F.A. Shah |
AConverse Problem related to the M-band Wavelets |
F.A. Shah |
UNIVERSITYOF KASHMIR, INDIA |
25. |
WB04 1681 |
P.Devaraj, and S. Yugesh |
Aremark on reconstruction of splines from their local weighted average samples |
P.Devaraj |
ANNAUNIVERSITY TAMILNADU ,INDIA |
26. |
WB05 1723 |
RajeevKumar Singh, AshishPathak and B. N.Mandal |
Numericalsolution of linear Fredholm andVolterra integral equations of the second kind by using Cubic Legendremulti-wavelets |
RajeevKumar Singh |
SIKKIMMANIPPAL INSTITUTE OF TECH, MAJITAR, INDIA |
27. |
WB06 2107 |
R.Rajaramanand G.Hariharan |
Anew wavelet based hybrid method for Fisher type equation |
R.Rajaraman |
SASTRAUNIVERSITY TANJORE, INDIA |
28. |
WB07 1661 |
VishnuN. Mishra and KejalKhatri |
Approximationof Functions belonging to the generalized Lipschitz Class by C1 _NpSummability Method of Conjugate Series of Fourier series |
KejalKhatri |
SARDARVALLABHAI NATIONAL INSTITUTE OF TECH, SURAT,INDIA |
29. |
WB08 1662 |
VishnuN. Mishra , KejalKhatri and Lakshmi Narayan Mishra |
Approximationof Functions belonging to Lip(x(t), r) class by ( N,Pn )(E , q)summability of Conjugate Series of Fourier series |
VishnuN. Mishra |
|
30 |
WB09 1673 |
MubeenM and Narayanan V |
Construction of Multiscaling Functions using MatrixPolynomials |
Mubeen.M |
NIT,CALICUT, KERALA, INDIA. |
31. |
WA01 1698 |
Dr.JyotiSarup,Dr.JyotiBharti and ArpitaBaronia |
Implementationof wavelet based and discretecosine based algorithms on panchromatic image |
JyotiSarup |
DEPTOF CSE |
32. |
WA02 1683 |
FrancisK.J and Ivene Jose |
Computationallyefficient wavelet domain solver for florescence Diffuse Optical Tomography |
FrancisK.J |
CHRISTUNIVERSITY BANGALORE, INDIA |
33. |
WA03 1718 |
JyotiBharti,M.K.Guptaand Mahesh Gondli |
ImageDenoising using Wavelet Thresholding method with Different Noises |
JyotiBharti |
DEPTOF CSE |
34. |
WA04 1732 |
KulwinderSingh Parmar and RashmiBhardwaj |
Trend,Time Series and Wavelet Analysis of River Water Dynamics |
KulwinderSingh |
GURUGOBINDSINGH INDRAPRASTHA UNIVERSITY , DELHI, INDIA |
35. |
WA05 1729 |
P.Pirabaharan,R.David Charndrakumar, G.Hariharan |
Anefficient wavelet based approximation method to film-pore diffusion model arisingin chemical engineering |
P.Pirabaharan |
ANNAUNIVERSITY, UNIVERSITY COLLEGE OF ENGG: |
36. |
WA06 1652 |
Sunjayand Manas Banerjee |
Wavelettransform for Seismic Attributes |
Sunjay |
GEOPHYSICS BHU VARANASI, INDIA |