Control-Flow Semantics for Assembly-Level Data-Flow Graphs. - Wolfram Kahl; Christopher Kumar Anand; Jacques Carette (RelMiCS, 2005)

The gVERSE RF Pulse: An Optimal Approach to MRI Pulse Design. - Christopher Kumar Anand; Stephen J. Stoyan; Tamás Terlaky (HPSC, 2006)

Code Graph Transformations for Verifiable Generation of SIMD-Parallel Assembly Code. - Christopher Kumar Anand; Wolfram Kahl (AGTIVE, 2007)

MultiLoop: efficient software pipelining for modern hardware. - Christopher Kumar Anand; Wolfram Kahl (CASCON, 2007)

Case Studies in Model Manipulation for Scientific Computing. - Jacques Carette; W. Spencer Smith; John McCutchan; Christopher Kumar Anand; Alexandre Korobkine (AISC/MKM/Calculemus, 2008)

Random Volumetric MRI Trajectories via Genetic Algorithms. - Andrew Thomas Curtis; Christopher Kumar Anand (Int. J. Biomed. Imaging, 2008)

Optimizing Teardrop, an MRI sampling trajectory. - Christopher Kumar Anand; Tingting Ren; Tamás Terlaky (Optim. Methods Softw., 2008)

Robust Solvers for Inverse Imaging Problems Using Dense Single-Precision Hardware. - Christopher Kumar Anand (J. Math. Imaging Vis., 2009)

An Optimized Cell BE Special Function Library Generated by Coconut. - Christopher Kumar Anand; Wolfram Kahl (IEEE Trans. Computers, 2009)

High-performance computing with sparsity and structure: challenges and directions for single-core and multicore hardware. - Robert F. Enenkel; Christopher Kumar Anand; Shahadat Hossain (CASCON, 2010)

Unified Tables for Exponential and Logarithm Families. - Christopher Kumar Anand; Anuroop Sharma (ACM Trans. Math. Softw., 2010)

Optimizing the gVERSE RF Pulse Sequence: An Evaluation of Two Competitive Software Algorithms. - Christopher Kumar Anand; Stephen J. Stoyan; Tamás Terlaky (Algorithmic Oper. Res., 2011)

A Domain-Specific Architecture for Elementary Function Evaluation. - Anuroop Sharma; Christopher Kumar Anand (Int. J. Math. Math. Sci., 2015)

Accelerating Poly1305 cryptographic message authentication on the z14. - Umme Salma Gadriwala; Christopher Kumar Anand; Curtis D'Alves; Bill O'Farrell (CASCON, 2017)

Code the future!: teach kids to program in ELM. - Bill O'Farrell; Christopher Kumar Anand (CASCON, 2017)

Using Elm to Introduce Algebraic Thinking to K-8 Students. - Curtis D'Alves; Tanya Bouman; Christopher Schankula; Jenell Hogg; Levin Noronha; Emily Horsman; Rumsha Siddiqui; Christopher Kumar Anand (TFPIE@TFP, 2017)

Hardware/software codesign for mathematical function acceleration. - Christopher Kumar Anand; Lucas Dutton; Adele Olejarz; Robert F. Enenkel; Wolfram Kahl (CASCON, 2018)

Graphics programming in elm develops math knowledge & social cohesion. - John Zhang; Anirudh Verma; Chinmay Sheth; Christopher W. Schankula; Stephanie Koehl; Andrew Kelly; Yumna Irfan; Christopher Kumar Anand (CASCON, 2018)

A Framework for Preadolescent Programmers to Create Cooperative Multiplayer Reading Games. - Christopher Kumar Anand; Curtis D'Alves; Yumna Irfan; Biya Kazmi; Stephanie Koehl; Stephanie Lin; Christopher William Schankula; Chinmay Jay Sheth; Pedram Yazdinia; John Zhang (IMCL, 2018)

Parallel windowed method for scalar multiplication in elliptic curve cryptography. - Tanya Bouman; Yusra Irfan; James You; Christopher K. Anand (CASCON, 2020)

Designing and evaluating new instructions that accelerate sigmoid-based machine learning. - Lucas M. Dutton; Curtis D'Alves; Wolfram Kahl; Robert F. Enenkel; Christopher Kumar Anand (CASCON, 2020)

Novel hardware & software design for mathematical and AI acceleration. - Robert F. Enenkel; Silvia M. Müller; Christopher K. Anand (CASCON, 2020)

NewYouthHack: Using Design Thinking to Reimagine Settlement Services for New Canadians. - Christopher Schankula; Emily Ham; Jessica Schultz; Yumna Irfan; Nhan Thai; Lucas Dutton; Padma Pasupathi; Chinmay Sheth; Taranum Khan; Salima Tejani; Dima Amad; Robert Fleisig; et al. (I4CS, 2020)

Using z14 Fused-Multiply-Add Instructions to Accelerate Elliptic Curve Cryptography. - James You; Qi Zhang; Curtis D'Alves; Bill O'Farrell; Christopher Kumar Anand (IACR Cryptol. ePrint Arch., 2020)

Building blocks for redundancy-free vector integer multiplication. - James You; Christopher W. Schankula; Bill O'Farrell; Christopher K. Anand (CASCON, 2021)

Code and Structure Editing for Teaching: A Case Study in using Bibliometrics to Guide Computer Science Research. - Maryam Hosseinkord; Gurleen Dulai; Narges Osmani; Christopher K. Anand (CoRR, 2021)

Teaching Interaction using State Diagrams. - Padma Pasupathi; Christopher W. Schankula; Nicole DiVincenzo; Sarah Coker; Christopher Kumar Anand (TFPIE, 2022)

Accelerating and Visualizing Modulo Arithmetic using Multiple Radices. - Christopher Kumar Anand; Steven Gonder; Lucas Dutton; William O'Farrell (CASCON, 2023)

Optimized Circuit to Correct Outliers in Floating-Point Functions. - Lucas M. Dutton; Christopher K. Anand; Robert F. Enenkel; Silvia Melitta Müller (CASCON, 2023)

Alternative Methods for Retaining Explicit and Finding Implicit Sharing in Embedded DSLs. - Curtis D'Alves; Lucas Dutton; Steven Gonder; Christopher Kumar Anand (TFP, 2023)

Inexactness and Correction of Floating-Point Reciprocal, Division and Square Root. - Lucas M. Dutton; Christopher Kumar Anand; Robert F. Enenkel; Silvia Melitta Müller (CoRR, 2024)

A Software Engineering Capstone Course Facilitated By GitHub Templates. - Spencer Smith 001; Christopher William Schankula; Lucas Dutton; Christopher Kumar Anand (CoRR, 2024)

A Problem-Based Learning Approach to Teaching Design in CS1. - Christopher William Schankula; Habib Ghaffari Hadigheh; Spencer Smith 001; Christopher Kumar Anand (CoRR, 2024)

Communicating StateCharts (CSC). - Sheida Emdadi; W. Spencer Smith; Christopher Kumar Anand (ITiCSE (2), 2025)

ShapeCreator Mobile: Practicing Coding at Home in Low-Resource Environments. - Oluwaseun Owojaiye; Ahila Ramesh Rajamani; Angela M. Zavaleta Bernuy; Christopher Kumar Anand (ITiCSE (2), 2025)