| 1 |
Crystal Viewer Tool |
1,287 |
10.70% |
| 2 |
ABACUS - Assembly of Basic Applications for Coordinated Understanding of Semiconductors |
1,065 |
8.85% |
| 3 |
PN Junction Lab |
1,035 |
8.60% |
| 4 |
Nanosphere Optics Lab |
787 |
6.54% |
| 5 |
MOSCap |
772 |
6.42% |
| 6 |
Drift-Diffusion Lab |
742 |
6.17% |
| 7 |
Quantum Dot Lab |
733 |
6.09% |
| 8 |
MOSFet |
686 |
5.70% |
| 9 |
CNTbands |
639 |
5.31% |
| 10 |
Band Structure Lab |
555 |
4.61% |
| 11 |
CNDO/INDO |
500 |
4.16% |
| 12 |
BJT Lab |
467 |
3.88% |
| 13 |
MIT Atomic Scale Modeling Toolkit |
410 |
3.41% |
| 14 |
Carrier Statistics Lab |
379 |
3.15% |
| 15 |
1D Heterostructure Tool |
374 |
3.11% |
| 16 |
Workspace |
370 |
3.08% |
| 17 |
a TCAD Lab |
364 |
3.03% |
| 18 |
DFT calculations with Quantum ESPRESSO |
364 |
3.03% |
| 19 |
nano-Materials Simulation Toolkit |
347 |
2.88% |
| 20 |
Resonant Tunneling Diode Simulation with NEGF |
344 |
2.86% |
| 21 |
ABINIT |
337 |
2.80% |
| 22 |
Illinois Solid State Electronic Devices Classes Tools |
335 |
2.78% |
| 23 |
FETToy |
334 |
2.78% |
| 24 |
Piece-Wise Constant Potential Barriers Tool |
305 |
2.53% |
| 25 |
Periodic Potential Lab |
300 |
2.49% |
| 26 |
Effect of Doping on Semiconductors |
278 |
2.31% |
| 27 |
1D Drift Diffusion Model for Crystalline Solar Cells |
242 |
2.01% |
| 28 |
VEDA: Virtual Environment for Dynamic AFM |
235 |
1.95% |
| 29 |
Schred |
230 |
1.91% |
| 30 |
OOF2 |
226 |
1.88% |
| 31 |
OMEN Nanowire |
219 |
1.82% |
| 32 |
NanoMOS |
217 |
1.80% |
| 33 |
Illinois Tools: Basic Bulk Silicon Transport Data at 300K |
210 |
1.75% |
| 34 |
NanoTCAD ViDES |
202 |
1.68% |
| 35 |
UV/Vis Spectra simulator |
201 |
1.67% |
| 36 |
Padre |
200 |
1.66% |
| 37 |
OCTAViEw |
200 |
1.66% |
| 38 |
CNTFET Lab |
196 |
1.63% |
| 39 |
GFET Tool |
192 |
1.60% |
| 40 |
Equilibrium Wulff Shape Generator |
190 |
1.58% |
| 41 |
PhotonicsDB: Optical Constants |
188 |
1.56% |
| 42 |
Archimedes, GNU Monte Carlo simulator |
186 |
1.55% |
| 43 |
MuGFET |
185 |
1.54% |
| 44 |
Resonant Tunneling Diode Simulator |
167 |
1.39% |
| 45 |
Meep |
163 |
1.35% |
| 46 |
Bound States Calculation Lab |
163 |
1.35% |
| 47 |
Process Lab: Concentration Dependent Diffusion |
163 |
1.35% |
| 48 |
Spice3f4 |
162 |
1.35% |
| 49 |
ADEPT 2.0 |
161 |
1.34% |
| 50 |
Thin-Film and Multi-Element Thermoelectric Devices Simulator |
160 |
1.33% |
| 51 |
MESFET Lab |
159 |
1.32% |
| 52 |
Nano-Plasmonic Bowtie Antenna Simulator |
158 |
1.31% |
| 53 |
Polymer Modeler |
151 |
1.25% |
| 54 |
Nanowire |
150 |
1.25% |
| 55 |
FD integral calculator |
149 |
1.24% |
| 56 |
SUGARCube - Cantilever |
147 |
1.22% |
| 57 |
Adept |
147 |
1.22% |
| 58 |
Extinction, Scattering and Absorption efficiencies of single and multilayer nanoparticles |
144 |
1.20% |
| 59 |
Cylindrical CNT MOSFET Simulator |
143 |
1.19% |
| 60 |
SIESTA |
142 |
1.18% |
| 61 |
Quantum Dot Quantum Computation Simulator |
140 |
1.16% |
| 62 |
Genetic algorithm |
140 |
1.16% |
| 63 |
Molecular Foundry Photonics Toolkit |
137 |
1.14% |
| 64 |
BioSensorLab |
131 |
1.09% |
| 65 |
Nanosphere Optics Lab Field Simulator |
131 |
1.09% |
| 66 |
MIT Virtual-Source Tool |
130 |
1.08% |
| 67 |
Boltzmann Transport Simulator for CNTs |
128 |
1.06% |
| 68 |
1D Finite Different Method Conduction Heat Transfer Tool |
126 |
1.05% |
| 69 |
Semiconductor Doping |
125 |
1.04% |
| 70 |
nanoMATERIALS SeqQuest DFT |
124 |
1.03% |
| 71 |
QC-Lab |
120 |
1.00% |
| 72 |
Berkeley GW |
113 |
0.94% |
| 73 |
DDSCAT Discrete Dipole Approximation |
111 |
0.92% |
| 74 |
AQME - Advancing Quantum Mechanics for Engineers |
109 |
0.91% |
| 75 |
PETE : Purdue Emerging Technology Evaluator |
108 |
0.90% |
| 76 |
Linearized Boltzmann transport calculator for thermoelectric materials |
106 |
0.88% |
| 77 |
Nano-CMOS |
105 |
0.87% |
| 78 |
PhotonicsSHA-2D: Modeling of Single-Period Multilayer Optical Gratings and Metamaterials |
104 |
0.86% |
| 79 |
Illinois Tools: MOCA |
103 |
0.86% |
| 80 |
Nano Heatflow |
99 |
0.82% |
| 81 |
1-D Chain Dispersions |
97 |
0.81% |
| 82 |
PV Analyzer |
97 |
0.81% |
| 83 |
Graphene Raman Imaging and Spectroscopy Processing |
92 |
0.76% |
| 84 |
Magnetic Tunnel Junction Lab |
87 |
0.72% |
| 85 |
Schottky-Barrier CNFET |
86 |
0.71% |
| 86 |
Thermoelectric Power Factor Calculator for Superlattices |
85 |
0.71% |
| 87 |
OPV Lab |
84 |
0.70% |
| 88 |
NanoFET |
82 |
0.68% |
| 89 |
PhotonicsRT: Wave Propagation in Multilayer Structures |
81 |
0.67% |
| 90 |
ANGEL - A Nonequilibrium Green Function Solver for LEDs |
81 |
0.67% |
| 91 |
Theoretical Electron Density Visualizer |
81 |
0.67% |
| 92 |
The Virtual Kinetics of Materials Laboratory |
80 |
0.66% |
| 93 |
DDSCAT Convert: A Target Generation Tool |
80 |
0.66% |
| 94 |
Graphene Interconnect |
80 |
0.66% |
| 95 |
Intro to MOS-Capacitor Tool |
79 |
0.66% |
| 96 |
MOSFET Simulation |
77 |
0.64% |
| 97 |
S4: Stanford Stratified Structure Solver |
77 |
0.64% |
| 98 |
BioMOCA Suite |
76 |
0.63% |
| 99 |
Mobility and Resistivity Tool |
75 |
0.62% |
| 100 |
Carbon Nanotubes Interconnect Analyzer (CNIA) |
74 |
0.62% |
| 101 |
nanowireMG |
73 |
0.61% |
| 102 |
Carrier Concentration |
73 |
0.61% |
| 103 |
Northwestern University Initiative for Teaching Nanoscience |
73 |
0.61% |
| 104 |
MEMSLab |
72 |
0.60% |
| 105 |
MD Simulation |
71 |
0.59% |
| 106 |
MEEPPV |
70 |
0.58% |
| 107 |
CNT Mobility |
70 |
0.58% |
| 108 |
MSL Simulator |
70 |
0.58% |
| 109 |
Function Discovery Tool |
70 |
0.58% |
| 110 |
Brillouin Zone Viewer |
70 |
0.58% |
| 111 |
Assembly for Nanotechnology Survey Courses |
68 |
0.57% |
| 112 |
Thermoelectric Power Generator System Optimization and Cost Analysis |
68 |
0.57% |
| 113 |
Carbon nanotube based NEMS with cantilever structure |
66 |
0.55% |
| 114 |
StrainBands |
65 |
0.54% |
| 115 |
Thermoelectric Power Factor Calculator for Nanocrystalline Composites |
64 |
0.53% |
| 116 |
Virtual Kinetics of Materials Laboratory : Polycrystalline Growth and Coarsening |
64 |
0.53% |
| 117 |
2d Ideal Gas Molecular Dynamics |
62 |
0.52% |
| 118 |
OMEN_FET |
62 |
0.52% |
| 119 |
CNT Heterojunction Modeler |
62 |
0.52% |
| 120 |
MIT Tools for Energy Conversion and Storage |
61 |
0.51% |
| 121 |
Carbon nanotube based fixed-fixed NEMS |
59 |
0.49% |
| 122 |
Nanowire Tensile Deformation Lab |
57 |
0.47% |
| 123 |
Prophet |
57 |
0.47% |
| 124 |
Bulk Monte Carlo Lab |
57 |
0.47% |
| 125 |
Simple Photonic Crystals |
55 |
0.46% |
| 126 |
Amorphous Silicon Generator |
55 |
0.46% |
| 127 |
QWalk Quantum Monte Carlo Tutorial |
54 |
0.45% |
| 128 |
Quantum and Semi-classical Electrostatics Simulation of SOI Trigates |
53 |
0.44% |
| 129 |
KP Nanowire/UTB FET |
53 |
0.44% |
| 130 |
imageJ |
53 |
0.44% |
| 131 |
MIT Photonic Bands |
52 |
0.43% |
| 132 |
Stick2D |
52 |
0.43% |
| 133 |
Molecular Structure Tracer |
51 |
0.42% |
| 134 |
Illinois Tools: PN Junction Long-Base Depletion Approximation |
50 |
0.42% |
| 135 |
PVpanel Sim |
50 |
0.42% |
| 136 |
Memristor Simulation Tool |
50 |
0.42% |
| 137 |
Anisotropy Calculator - 3D Visualization Toolkit |
50 |
0.42% |
| 138 |
Electron Magnetic Resonance (EMR) in Nanoparticles |
49 |
0.41% |
| 139 |
DBR Laser Simulator |
48 |
0.40% |
| 140 |
Perfect Absorber Metamaterial simulator |
48 |
0.40% |
| 141 |
Atomic Stick-Slip |
48 |
0.40% |
| 142 |
MolCToy |
47 |
0.39% |
| 143 |
Circuit Elements |
44 |
0.37% |
| 144 |
Coulomb Blockade Simulation |
44 |
0.37% |
| 145 |
Matdcal |
43 |
0.36% |
| 146 |
Process Lab: Oxidation |
42 |
0.35% |
| 147 |
GNU Chess |
41 |
0.34% |
| 148 |
Atomistic Green's Function Method 1-D Atomic Chain Simulation |
41 |
0.34% |
| 149 |
NanoPlasticity Lab |
41 |
0.34% |
| 150 |
Illinois Tools: Nanoparticle Quantitative Lab |
40 |
0.33% |
| 151 |
Exciton Dynamics Simulator |
40 |
0.33% |
| 152 |
cadnano to PDB File Converter |
40 |
0.33% |
| 153 |
Nanoindentation |
40 |
0.33% |
| 154 |
Illinois Tools: Nanoparticles Array Lab |
39 |
0.32% |
| 155 |
Virtual Kinetics of Materials Laboratory: Spinodal Decomposition 3D |
38 |
0.32% |
| 156 |
Minority Carrier Diffusion Equation (MCDE) Tool |
37 |
0.31% |
| 157 |
Illinois Tools: PN Junction Short-Base Depletion Approximation |
36 |
0.30% |
| 158 |
CGTB |
36 |
0.30% |
| 159 |
LanTraP |
36 |
0.30% |
| 160 |
nanoJoule |
36 |
0.30% |
| 161 |
CNTphonons |
35 |
0.29% |
| 162 |
QuaMC2D |
35 |
0.29% |
| 163 |
Virtual Kinetics of Materials Laboratory : Spinodal Decomposition |
34 |
0.28% |
| 164 |
Capacitance Modeling Tool Using Schwarz-Christoffel Mapping |
33 |
0.27% |
| 165 |
Simulation and Admittance Analysis for Advanced Metal-Insulator-Semiconductor Characterization |
33 |
0.27% |
| 166 |
Micromechanics Simulation Tool |
32 |
0.27% |
| 167 |
Thermoelectric Generator Module with Convective Heat Transfer |
32 |
0.27% |
| 168 |
Modeling Interface-defect Generation (MIG) |
32 |
0.27% |
| 169 |
Valence Shell Electron Pair Repulsion simulator |
32 |
0.27% |
| 170 |
Monte Carlo DNA Simulator |
31 |
0.26% |
| 171 |
Micelle |
31 |
0.26% |
| 172 |
Periodic Potential |
31 |
0.26% |
| 173 |
Exciton Dynamics Lab for Light-Harvesting Complexes (GPU-HEOM) |
30 |
0.25% |
| 174 |
Crystalline Cellulose - Atomistic Toolkit |
30 |
0.25% |
| 175 |
90 Degrees Beam Propagation |
30 |
0.25% |
| 176 |
Uniaxial and Biaxial Stress Strain Calculator for Semiconductors |
30 |
0.25% |
| 177 |
ReaxFF |
29 |
0.24% |
| 178 |
LCOE Calculator |
29 |
0.24% |
| 179 |
Path Integral Monte Carlo |
29 |
0.24% |
| 180 |
Illinois Tools: Bio Photonics Simulator |
29 |
0.24% |
| 181 |
Gibbs |
29 |
0.24% |
| 182 |
Modeling Thermal Interaction between Laser Light and AFM |
28 |
0.23% |
| 183 |
Functionalization Workbench |
28 |
0.23% |
| 184 |
Hydrophobicity Lab |
28 |
0.23% |
| 185 |
Hyperlens Design Solver |
28 |
0.23% |
| 186 |
PhotonicsGAIN-0D |
28 |
0.23% |
| 187 |
Composite Laminate Analysis |
27 |
0.22% |
| 188 |
Minimal Molecular Simulation Tool |
27 |
0.22% |
| 189 |
Solar PV |
27 |
0.22% |
| 190 |
Illinois Tools: Optics Lab |
26 |
0.22% |
| 191 |
ACUTE |
26 |
0.22% |
| 192 |
BioMOCA Demo |
26 |
0.22% |
| 193 |
Small Molecules in Intense Lasers via Time-Dependent Density Functional Theory |
26 |
0.22% |
| 194 |
Berkeley Model Development Environment |
25 |
0.21% |
| 195 |
Prophet Nanowire |
25 |
0.21% |
| 196 |
Illinois Tools: NP Junction: Long-Base Depletion Approximation |
25 |
0.21% |
| 197 |
Bulk GaAs Ensemble Monte Carlo |
25 |
0.21% |
| 198 |
Two-temperature Non-equilibrium Molecular Dynamics Simulator |
25 |
0.21% |
| 199 |
Protein Contact Maps |
25 |
0.21% |
| 200 |
SugarAid Thermodynamics |
25 |
0.21% |
| 201 |
Spin Coupled Quantum Dots |
24 |
0.20% |
| 202 |
Illinois Tools: Multigrid Tutorial |
24 |
0.20% |
| 203 |
SugarCube |
24 |
0.20% |
| 204 |
Bio Composite Simulator |
24 |
0.20% |
| 205 |
XPS Thickness Solver |
23 |
0.19% |
| 206 |
hotSPICE |
23 |
0.19% |
| 207 |
NanoNet |
23 |
0.19% |
| 208 |
nanoMATERIALS nanoscale heat transport |
22 |
0.18% |
| 209 |
TEM Lattice Calculator |
22 |
0.18% |
| 210 |
Model for Far From Equilibrium Transport in CNT/GNR FETs |
21 |
0.17% |
| 211 |
Computational Nanodynamics Lab |
21 |
0.17% |
| 212 |
Base Motion Calculations |
21 |
0.17% |
| 213 |
Forced Protein Unfolding |
21 |
0.17% |
| 214 |
REBO |
20 |
0.17% |
| 215 |
PNP Cyclic Peptide Ion Channel Model |
20 |
0.17% |
| 216 |
PhotonicsCL: Photonic Cylindrical Multilayer Lenses |
18 |
0.15% |
| 217 |
Jamming of Soft Frictionless Spheres |
18 |
0.15% |
| 218 |
Illinois Tools: NanoGromacs_Intro |
18 |
0.15% |
| 219 |
Analytic conduction solutions |
18 |
0.15% |
| 220 |
Exciton Annihilation Simulator |
18 |
0.15% |
| 221 |
Virtual Kinetics of Materials Laboratory: Dendritic Growth |
18 |
0.15% |
| 222 |
Nanostructured Optoelectronics Toolbox |
18 |
0.15% |
| 223 |
Quasicontinuum Method |
18 |
0.15% |
| 224 |
Stretching Simulation of FCC Crystal |
17 |
0.14% |
| 225 |
SUGARCube - ADXL Accelerometer |
17 |
0.14% |
| 226 |
Ohms Law |
17 |
0.14% |
| 227 |
Illinois Tools: Nanofilm Lab |
16 |
0.13% |
| 228 |
Analytic Spin Precession Simulator |
16 |
0.13% |
| 229 |
Quantum Bound State |
16 |
0.13% |
| 230 |
EPR - ESR |
15 |
0.12% |
| 231 |
CENEMS |
15 |
0.12% |
| 232 |
Illinois Tools: NP Junction: Short-Base Depletion Approximation |
15 |
0.12% |
| 233 |
PC1D |
15 |
0.12% |
| 234 |
Berkeley XAS |
15 |
0.12% |
| 235 |
MEMS Resonator - Tang |
15 |
0.12% |
| 236 |
Near-field radiation transport between two planes |
15 |
0.12% |
| 237 |
demons |
14 |
0.12% |
| 238 |
Tensile Mechanics of alpha-Helical Polypeptides |
14 |
0.12% |
| 239 |
Molecular Dynamics Showcase |
14 |
0.12% |
| 240 |
[Illinois]: Neural Systems Modeling Ch 1-5 Master Tool |
14 |
0.12% |
| 241 |
Coarse Grain Lipid Simulator |
14 |
0.12% |
| 242 |
Normal Distribution |
14 |
0.12% |
| 243 |
Hyperlens Layer Designer |
14 |
0.12% |
| 244 |
Illinois Tools: NanoGromacs |
14 |
0.12% |
| 245 |
On-Chip Thermoelectric Cooling Tool |
14 |
0.12% |
| 246 |
Series and Parallel |
13 |
0.11% |
| 247 |
Bandgap Optimizer for Spectral Splitting PV Systems |
13 |
0.11% |
| 248 |
Carbon Nanotube Relay |
13 |
0.11% |
| 249 |
Nano-Bio-Photonics Simulator |
13 |
0.11% |
| 250 |
Nanoindentation close to an interface |
12 |
0.10% |
| 251 |
Graphene Switch Box |
12 |
0.10% |
| 252 |
Process Lab: Point Defect Coupled Diffusion |
12 |
0.10% |
| 253 |
Nisin Diffusion Tool |
12 |
0.10% |
| 254 |
Neural Systems Modeling Ch10-13 Master Tool |
12 |
0.10% |
| 255 |
TPV efficiency simulation |
11 |
0.09% |
| 256 |
Multimeter |
11 |
0.09% |
| 257 |
Finite Buffer Method for Optimal State Space Enumeration and Direct Solution of Discrete Chemical Master Equation |
11 |
0.09% |
| 258 |
Energies and Lifetimes with Complex-Scaling |
11 |
0.09% |
| 259 |
Micro-Mechanics Simulation Tool: Thin film |
10 |
0.08% |
| 260 |
Pattern Formation in Bacterial Populations |
10 |
0.08% |
| 261 |
Convolution Tool |
10 |
0.08% |
| 262 |
DSMC 1D Planar Couette Flow |
10 |
0.08% |
| 263 |
Crack Propagation Lab |
10 |
0.08% |
| 264 |
HgCdTe Photodetector Lab |
10 |
0.08% |
| 265 |
Simulator for a T-stub transistor in a magnetic field |
10 |
0.08% |
| 266 |
Low Field Mobility |
9 |
0.07% |
| 267 |
Random laser dynamics |
9 |
0.07% |
| 268 |
Stretching simulation of an alpha-helical protein domain |
9 |
0.07% |
| 269 |
SUGARCube - Netlist Input Tool |
9 |
0.07% |
| 270 |
Isotropic random fracture model for metal hydride powder |
8 |
0.07% |
| 271 |
Illinois Tool: FIONA (Fluorescence Imaging with One Nanometer Accuracy) |
8 |
0.07% |
| 272 |
Q-factor calculator with Uncertainty Quantification |
8 |
0.07% |
| 273 |
Passive Filter Circuits |
8 |
0.07% |
| 274 |
MOLpull: A tool for molecular free energy reconstruction along a pulling coordinate |
8 |
0.07% |
| 275 |
SMC |
8 |
0.07% |
| 276 |
Illinois Tools: Optical Beam Focusing System |
8 |
0.07% |
| 277 |
Resistor Color Code |
7 |
0.06% |
| 278 |
Hydrodynamic Particle Trapping |
7 |
0.06% |
| 279 |
Impedance Adder |
7 |
0.06% |
| 280 |
DSMC 0D Equilibrium |
7 |
0.06% |
| 281 |
Illinois Tools: Biconvex Lens |
7 |
0.06% |
| 282 |
Temperature Accelerated Dynamics |
7 |
0.06% |
| 283 |
TRANSpull: computes pulling coupled to transport properties of single molecules. |
7 |
0.06% |
| 284 |
Bayesian Calibration |
7 |
0.06% |
| 285 |
[Illinois]: Velocity storage and leakage |
6 |
0.05% |
| 286 |
Bimodal Polymer Nano Brush |
6 |
0.05% |
| 287 |
Polymer Nano Brush |
6 |
0.05% |
| 288 |
[Illinois]: Neural Systems Modeling Ch 6-9 Master Tool |
6 |
0.05% |
| 289 |
Clustermag |
6 |
0.05% |
| 290 |
Medici |
6 |
0.05% |
| 291 |
[Illinois]: Temporal Difference, Iterative Dynamic Programming, and Least Mean Squares |
6 |
0.05% |
| 292 |
Comb Drive Levitation |
6 |
0.05% |
| 293 |
Frenkel-Kontarova Model |
6 |
0.05% |
| 294 |
Process Lab: Oxidation Flux |
5 |
0.04% |
| 295 |
Particle Velocity Estimate |
5 |
0.04% |
| 296 |
Illinois Tools: NanoGromacsDemo |
5 |
0.04% |
| 297 |
SUGARCube - Chevron Thermal Actuator |
5 |
0.04% |
| 298 |
[Illinois]: Big Mess |
5 |
0.04% |
| 299 |
Free Edge Approximation for the Angle-Ply Laminate |
5 |
0.04% |
| 300 |
Active Media FDTD Nanophotonic Device Simulator |
5 |
0.04% |
| 301 |
[Illinois]: Perturbative Reinforcement Learning to Develop Distributed Representations |
5 |
0.04% |
| 302 |
[Illinois]: Perturbative Reinforcement Learning Using Directed Drift |
4 |
0.03% |
| 303 |
tsuprem4 |
4 |
0.03% |
| 304 |
[Illinois]: Error Gradient Estimations Due to Parallel Perturbation of Weights |
4 |
0.03% |
| 305 |
Cyber-Infrastructure for Imaging and Simulation of Molecular and Cellular Mechanics (CISMCM) |
4 |
0.03% |
| 306 |
Viscoelastic Shear Lag |
4 |
0.03% |
| 307 |
[Illinois]: Kohonen self-organizing map (SOM) algorithm |
4 |
0.03% |
| 308 |
Delta-Wye |
4 |
0.03% |
| 309 |
[Illinois]: Predictor-corrector simulation of parabigeminal nucleus neural responses |
3 |
0.02% |
| 310 |
Locust-flight central pattern generator |
3 |
0.02% |
| 311 |
SEST |
3 |
0.02% |
| 312 |
[Illinois]: Gill withdrawal habituation |
3 |
0.02% |
| 313 |
Workspace for test VNC server and novnc client |
3 |
0.02% |
| 314 |
Mass spectrum ion trajectory |
3 |
0.02% |
| 315 |
[Illinois] KohonenSOM |
3 |
0.02% |
| 316 |
Phasor |
3 |
0.02% |
| 317 |
[Illinois]: Predict Correct Set Up |
3 |
0.02% |
| 318 |
SugarAid ECE202 |
3 |
0.02% |
| 319 |
[Illiniois]: SynchUp |
3 |
0.02% |
| 320 |
[Illinois]: Direction Selectivity |
3 |
0.02% |
| 321 |
[Illinois]: Avoidance Learn Simulation |
2 |
0.02% |
| 322 |
[Illinois]: Two leaky integrators in series |
2 |
0.02% |
| 323 |
Optimize Connectivity Profile of Activity-Bubble Network |
2 |
0.02% |
| 324 |
[Illinois]: AsynchUp |
2 |
0.02% |
| 325 |
[Illinois]: Midbrain dopamine neuron responses to temporal-difference learning |
2 |
0.02% |
| 326 |
[Illinois]: Fish classification using back-propagation |
2 |
0.02% |
| 327 |
[Illinois]: Posterior probabilities of hypothetical fish classes |
2 |
0.02% |
| 328 |
[Illinois]: Error Gradient Estimations Due to Perturbation of One Weight at a Time |
2 |
0.02% |
| 329 |
Microbeam Dynamics with Varying Force Model |
2 |
0.02% |
| 330 |
[Illinois]: BUTDprobInference |
1 |
0.01% |
| 331 |
[Illinois] A Response of a Single Neuron with Positive Feedback |
1 |
0.01% |
| 332 |
[Illinois]: Posterior probability of a target given input for two senses (delta) |
1 |
0.01% |
| 333 |
[Illinois]: Avoidance Learn Simulation with 'Call' Neuron |
1 |
0.01% |
| 334 |
[Illinois]: Posterior probability of a target given input for two senses (Bayes') |
1 |
0.01% |
| 335 |
[Illinois]: Posterior target probability given single-sensory input (delta rule) |
1 |
0.01% |
| 336 |
[Illinois]: Posterior probability of a target given single-sensory input (Bayes') |
1 |
0.01% |
| 337 |
[Illinois]: Running Average |
1 |
0.01% |
| 338 |
[Illinois]: BUTDjointDistribution |
1 |
0.01% |
| 339 |
[Illinois]: Sigmoidal unit training with the delta rule |
1 |
0.01% |
| 340 |
Two-unit oculomotor integrator |
1 |
0.01% |