### 19 papers:

- ICALP-v1-2015-BunT #approximate
- Hardness Amplification and the Approximate Degree of Constant-Depth Circuits (MB, JT), pp. 268–280.
- ICALP-v1-2015-MolinaroWY #complexity
- Amplification of One-Way Information Complexity via Codes and Noise Sensitivity (MM, DPW, GY), pp. 960–972.
- HIMI-IKC-2015-UeokaI #development
- Development of the Horror Emotion Amplification System by Means of Biofeedback Method (RU, KI), pp. 657–665.
- ECOOP-2015-FangDX #detection #named #performance #problem
- PerfBlower: Quickly Detecting Memory-Related Performance Problems via Amplification (LF, LD, G(X), pp. 296–320.
- PLDI-2012-LeungGAGJL #gpu #kernel #verification
- Verifying GPU kernels by test amplification (AL, MG, YA, RG, RJ, SL), pp. 383–394.
- STOC-2012-Li #design #privacy
- Design extractors, non-malleable condensers and privacy amplification (XL), pp. 837–854.
- STOC-2010-BeameHP #complexity #proving
- Hardness amplification in proof complexity (PB, TH, TP), pp. 87–96.
- STOC-2010-ChandranKOR #privacy
- Privacy amplification with asymptotically optimal entropy loss (NC, BK, RO, LR), pp. 785–794.
- STOC-2009-AharonovALV #detection #quantum
- The detectability lemma and quantum gap amplification (DA, IA, ZL, UVV), pp. 417–426.
- STOC-2009-LinP
- Non-malleability amplification (HL, RP), pp. 189–198.
- WICSA-2008-Kennaley #3d #architecture #framework #quote
- “The 3+1 Views of Architecture (in 3D)”: An Amplification of the 4+1 Viewpoint Framework (MK), pp. 299–302.
- STOC-2008-ShaltielV #proving
- Hardness amplification proofs require majority (RS, EV), pp. 589–598.
- STOC-2006-Dinur #theorem
- The PCP theorem by gap amplification (ID), pp. 241–250.
- ICALP-v1-2006-Radhakrishnan #lazy evaluation #random #using
- Gap Amplification in PCPs Using Lazy Random Walks (JR), pp. 96–107.
- STOC-2005-Trevisan #on the
- On uniform amplification of hardness in NP (LT), pp. 31–38.
- STOC-2002-ODonnell
- Hardness amplification within NP (RO), pp. 751–760.
- STOC-2000-KitaevW #exponential #interactive #parallel #proving #quantum #simulation
- Parallelization, amplification, and exponential time simulation of quantum interactive proof systems (AK, JW), pp. 608–617.
- STOC-1999-CrescenzoI
- Security-Preserving Hardness-Amplification for Any Regular One-Way Function (GDC, RI), pp. 169–178.
- HCI-SHI-1993-EdmondsC #concept #design
- Knowledge Support Systems for Conceptual Design: The Amplification of Creativity (EAE, LC), pp. 350–355.