TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 1 | |
| 1. shift verification left | |
| 2 | |
| 2. Functional fault-simulation | |
| 2.5D | |
| 3 | |
| 3. test coverage | |
| 3D | |
| 3DIC | |
| 4 | |
| 4. test coverage correlation between post-RTL and post-ATPG | |
| A | |
| adaptive stress | |
| ADC testing | |
| address swapping | |
| aging | |
| AI accelerator | |
| algorithm | |
| analog and mixed-signal circuit | |
| Analog to Digital Converter | |
| ANN attack | |
| Application-based protection | |
| Architecturally Correct Execution | |
| area | |
| artificial intelligence | |
| ATE | |
| ATPG | |
| Authentication | |
| AutoEncoder | |
| Automated Test Environments | |
| Automatic Test Equipment | |
| automatic test pattern generation | |
| automatic testing | |
| automotive | |
| Autonomous Vehicles | |
| B | |
| Backdoored checksum | |
| BIST | |
| board level connectivity | |
| Board Test | |
| C | |
| C-Phy | |
| C-PHY Receiver | |
| Calibration | |
| Callbacks | |
| cell aware test | |
| Cell-Net | |
| chain diagnosis | |
| Charge pump | |
| Chip Performance Prediction | |
| CIS | |
| CMOS image sensor | |
| Computing-in-Memory | |
| Concurrent Error Correction | |
| Concurrent Error Detection | |
| congestion | |
| contrastive learning | |
| cores | |
| Corruptibility | |
| count | |
| Cross-Layer Safety Analysis | |
| CTLE | |
| Current Source | |
| custom ASIC | |
| D | |
| data center | |
| data centers | |
| decision tree | |
| deep learning accelerators | |
| Deep neural network | |
| Defect | |
| defect dependent reflection (DDR) | |
| defect identification | |
| defect independent reflection (DIR) | |
| defect pattern | |
| Defect pattern classification | |
| Delay Testing | |
| design convergence | |
| Design for testability | |
| Design-for-Test | |
| Deviation tolerance | |
| Device Variation | |
| device-aware | |
| DFT | |
| diagnosis resolution | |
| DIB Hardware Solution | |
| Digital circuit testing | |
| Digital to Analog Converter | |
| dimensional extension | |
| Direct conversion receiver | |
| Domain-Specific Languages | |
| DPPM | |
| Dynamic Obfuscation | |
| E | |
| EDA | |
| embedded | |
| Embedded Core | |
| embedded core testing | |
| embedded cores | |
| embedded instruments | |
| Embedding learning | |
| Equalizer | |
| ETS-800 | |
| Evolutionary Learning | |
| expert system | |
| F | |
| fabless | |
| Failure Analysis | |
| Failure Correction | |
| False Summing Node Method | |
| Fast Fourier Transform (FFT) | |
| Fault Analysis Countermeasure | |
| Fault Injection | |
| fault modeling | |
| Fault Models | |
| Fault Reduction | |
| Fault Sensitivity Analysis | |
| faulty CPUs | |
| Feature extraction | |
| FFT | |
| FinFET | |
| Fingerprinting | |
| Finite State Machine | |
| flat-top window | |
| Formal Fault Propagation Analysis | |
| Formal Methods | |
| Foundry | |
| FPGA | |
| FR4 | |
| functional criticality | |
| Functional Fault | |
| functional path | |
| functional port as test interface | |
| Functional Safety | |
| functional self test | |
| Functional testing | |
| G | |
| Gaussian process | |
| generic IEEE P1687.1 transformations | |
| Genetic Algorithm | |
| H | |
| Hardware Security | |
| Hardware Systematic Errors | |
| Hardware Trojans | |
| Harmonic Distortion | |
| hierarchical integrated scan | |
| Hierarchical Systems | |
| High Bandwidth | |
| high coverage | |
| High Reliability | |
| High-Reliability | |
| high-resolution TDR | |
| Howland Current Source | |
| HVST | |
| HW/SW Systems | |
| I | |
| IC Test | |
| IEEE 1500 | |
| IEEE 1687 | |
| IEEE 1838 | |
| IEEE Std 1500 | |
| IEEE Std 1581 | |
| IEEE Std. 1149.1 | |
| IEEE Std. 1687 | |
| IEEE Std. P1687.1 | |
| IJTAG | |
| In-Field | |
| incoherent sampling | |
| Inline | |
| Insider Attack Detection | |
| Integrated Circuits and Boards | |
| IOT | |
| IP Security | |
| IQ correction | |
| IQ imbalance | |
| ir-drop | |
| ISO26262 | |
| J | |
| jitter generation | |
| jitter injection | |
| L | |
| Layout | |
| LED Driver | |
| Logic Locking | |
| Logic Testing | |
| low DPPM | |
| Low Power Controller | |
| Low Power Test | |
| LVDS | |
| M | |
| Machine Learning | |
| Manufacturing | |
| Manufacturing Defects | |
| Manufacturing test | |
| Memory | |
| memory interface test | |
| memory repair | |
| memory yield | |
| Memristor crossbar | |
| Minions | |
| MIPI | |
| misclassification-driven training | |
| Monitoring | |
| MRAM | |
| Multi-Pattern Wafer Map | |
| Multi-site test | |
| Multiple Bit Upset | |
| multiple transition | |
| Multisite Testing | |
| Mutation Testing | |
| N | |
| necessary assignments | |
| neural twin | |
| NeuralNetwork | |
| non-TAP interface | |
| O | |
| On-Chip Decompressor | |
| On-line testing | |
| One-shot learning | |
| open-short normalization (OSN) | |
| Operational Amplifier | |
| optical test | |
| P | |
| Packaging | |
| path delay | |
| pattern optimization | |
| PCB material | |
| PE-Net | |
| performance | |
| performance screening | |
| periodic maintenance | |
| Phase Locked loop (PLL) | |
| physical design | |
| physical implementation | |
| physical layer | |
| physical synthesis | |
| pixel array | |
| power | |
| power-aware | |
| PPA | |
| process and runtime variation | |
| Process variation | |
| production test | |
| PUF | |
| R | |
| Radio Frequency (RF) | |
| RAM sequential ATPG | |
| Read Decision Failure | |
| Reconfigurable Scan Networks | |
| Recycling Detection | |
| relevant devices | |
| relevant signals | |
| Reliability | |
| reliable sensing mechanisms | |
| repair sharing | |
| ReRAM | |
| RF receiver | |
| ring oscillator | |
| robustness | |
| RootCauseAnalysis | |
| RoT (Root of Trust) | |
| routing | |
| S | |
| Safe Faults | |
| scan chain failure | |
| scan compression | |
| scan-based designs | |
| Secure Access | |
| security | |
| Security Metrics | |
| Self-AdaptiveLearning | |
| semi-supervised learning | |
| Semiconductor testing | |
| SerDes | |
| serial interface | |
| Shared bus interface | |
| Silent data corruption | |
| silicon | |
| Simulation | |
| SINAD | |
| Single Event Upset | |
| Site to Site Variations | |
| SLT | |
| small delay defects | |
| Smart Sampling | |
| Soft error mitigation | |
| Soft Errors | |
| Soft-Errors | |
| software-based self-test | |
| Spintronic | |
| Standards | |
| static test compaction | |
| Statistical Ineffective Fault Attack (SIFA) | |
| Stress | |
| structural faults | |
| STT-MRAM | |
| Stuck At | |
| Summing Node Method | |
| SVM | |
| Symbolic execution | |
| Synthesis | |
| systematic defect | |
| T | |
| Tachyon-100G | |
| Template Attack | |
| Test | |
| Test Compression | |
| test debug | |
| Test Infrastructure Security | |
| test program generation | |
| Test Program Verification | |
| Test Range networks | |
| Test Standards | |
| Test Technology | |
| Test Volume Data | |
| Testability | |
| Tester | |
| Testing | |
| threaded diagnosis | |
| timing constraints | |
| trace with branches | |
| Transfer learning | |
| transformation algorithm | |
| Transient Fault | |
| transistor aging | |
| Transition | |
| transition delay fault | |
| Trim search | |
| Triplet CNN | |
| tunability | |
| U | |
| udfm | |
| unsupervised machine learning | |
| Untrusted foundry | |
| V | |
| validation | |
| variability | |
| Verification | |
| Voltage controlled Oscillator (VCO) | |
| volume diagnosis | |
| W | |
| wafer map | |
| Wafer map classification | |
| wafer map pattern recognition | |
| Wafer-level Variation Modeling | |
| Weakly Supervised Learning | |
| Weight deviation | |
| Wrapper | |
| X | |
| XORing | |
| Y | |
| yield learning | |
| YieldImprovement | |
| Z | |
| zero defect | |
| Zero IF Receiver | |