Travelled to:
1 × Austria
1 × Belgium
1 × France
3 × USA
Collaborated with:
K.R.Namuduri N.Vijaykrishnan H.Thapliyal A.K.Murugavel S.Bhanja R.D.Venkataramana S.Arumugavelu R.Sastry R.Gadekarla S.B.Aruru H.Rashedi V.N.Ramaswamy N.Bhavanishankar
Talks about:
imag (4) architectur (3) compress (3) use (3) processor (2) algorithm (2) lossless (2) system (2) comput (2) model (2)
Person: N. Ranganathan
DBLP: Ranganathan:N=
Contributed to:
Wrote 11 papers:
- DATE-2011-ThapliyalR #design
- A new reversible design of BCD adder (HT, NR), pp. 1180–1183.
- DAC-2002-MurugavelR #estimation #modelling #petri net
- Petri net modeling of gate and interconnect delays for power estimation (AKM, NR), pp. 455–460.
- DAC-2001-BhanjaR #dependence #modelling #network #probability #process #using
- Dependency Preserving Probabilistic Modeling of Switching Activity using Bayesian Networks (SB, NR), pp. 209–214.
- SAC-1999-VenkataramanaR #automaton #framework #learning
- A Learning Automata Based Framework for Task Assignment in Heterogeneous Computing Systems (RDV, NR), pp. 541–547.
- ECOOP-1998-VijaykrishnanRG #architecture #java #object-oriented
- Object-Oriented Architectural Support for a Java Processor (NV, NR, RG), pp. 330–354.
- ICPR-1996-ArumugaveluR #algorithm #clustering
- SIMD algorithms for single link and complete link pattern clustering (SA, NR), pp. 625–629.
- ICPR-1996-AruruRN #architecture #image
- A VLSI system architecture for lossless image compression (SBA, NR, KRN), pp. 594–598.
- ICPR-1996-NamuduriRR #algorithm #image #named #segmentation #slicing #using
- SVBS: a high-resolution medical image compression algorithm using slicing with variable block size segmentation (KRN, NR, HR), pp. 919–923.
- ICPR-1996-RamaswamyNR #composition #image #using
- Lossless image compression using wavelet decomposition (VNR, KRN, NR), pp. 924–928.
- ICPR-1996-RanganathanBV #array #image #linear
- A dynamic frequency linear array processor for image processing (NR, NB, NV), pp. 611–615.
- HPCA-1995-SastryR #architecture #distance
- A VLSI Architecture for Computer the Tree-to-Tree Distance (RS, NR), pp. 330–339.