Empirically Examining the Parallelizability of Open Source Software System. - Saleh M. Alnaeli; Abdulkareem Alali; Jonathan I. Maletic (WCRE, 2012)

Middleware and multicore architecture: Challenges and potential enhancements from software engineering perspective. - Saleh M. Alnaeli; Amanda D. Ali Taha; Sam B. Binder (EIT, 2016)

On the prevalence of function side effects in general purpose open source software systems. - Saleh M. Alnaeli; Amanda D. Ali Taha; Tyler Timm (SERA, 2016)

On the evolution of mobile computing software systems and C/C++ vulnerable code: Empirical investigation. - Saleh M. Alnaeli; Melissa Sarnowski; Md Sayedul Aman; Kumar Yelamarthi; Ahmed Abdelgawad 001; Haowen Jiang (UEMCON, 2016)

Vulnerable C/C++ code usage in IoT software systems. - Saleh M. Alnaeli; Melissa Sarnowski; Md Sayedul Aman; Ahmed Abdelgawad 001; Kumar Yelamarthi (WF-IoT, 2016)

Parallelization in software systems used in wireless sensor networks and Internet of Things: Case study: Middleware systems. - Md Sayedul Aman; Kumar Yelamarthi; Ahmed Mohamed Abdelgawad 001; Saleh M. Alnaeli (WF-IoT, 2016)

Towards a quality model of technical aspects for mobile learning services: An empirical investigation. - Mohamed Sarrab; Mahmoud Elbasir; Saleh M. Alnaeli (Comput. Hum. Behav., 2016)

An empirical examination of the prevalence of inhibitors to the parallelizability of open source software systems. - Saleh M. Alnaeli; Jonathan I. Maletic; Michael L. Collard (Empir. Softw. Eng., 2016)

On the parallelizability of scientific software systems: work in progress. - Melissa Sarnowski; Calvin Meier; Saleh M. Alnaeli; Mark Hall 003 (J. Comput. Sci. Coll., 2016)

On the prevalence of indirect function calls in middleware software systems. - Zachary M. Blasczyk; Yanting Liang; Keith Ecker; Saleh M. Alnaeli; Mark Hall 003 (EIT, 2017)

A study on the usage of unsafe functions in gcc compared to mobile software systems. - Melissa M. Sarnowski; Derrek Larson; Saleh M. Alnaeli; Mohamed K. Sarrab (EIT, 2017)

Human Factors Considerations in Mobile Learning Management Systems. - Mohamed Sarrab; Zuhoor Al-Khanjari; Saleh M. Alnaeli; Hadj Bourdoucen (IMCL, 2017)

On the usage of recursive function calls in C/C++ general purpose software systems. - Saleh M. Alnaeli; Melissa M. Sarnowski; Zachary M. Blasczyk (J. Comput. Sci. Coll., 2017)

Empirically Examining the Quality of Source Code in Engineering Software Systems. - Jens K. Carter; Saleh M. Alnaeli; Warren S. Vaz (EIT, 2018)

A Portable Cosmic Ray Detector for Engineering, IoT, and Science Research. - Jens K. Carter; Saleh M. Alnaeli; Warren S. Vaz; David A. Juckem (EIT, 2018)

Cloud-Based Source Code Security and Vulnerabilities Analysis Tool for C/C++ Software Systems. - Elliott Crifasi; Sean Pike; Zechariah Stuedemann; Saleh M. Alnaeli; Zaid Altahat (EIT, 2018)

Motivating Undergraduate Computing and Engineering Research via Educational and Scientific Drones. - Eric S. McDaniel; Saleh M. Alnaeli; David A. Juckem; Warren S. Vaz (EIT, 2019)

Scalable Cloud-Based Tool to Empirically Detect Vulnerable Code Patterns in Large-Scale System. - Matthew Block; Benjamin Barcaskey; Andrew Nimmo; Saleh M. Alnaeli; Ian Gilbert; Zaid Altahat (EIT, 2020)

Exploring the Quality and Vulnerabilities of Open-Source Systems: An Empirical Investigation. - Ahmed A. El-magrous; Saleh M. Alnaeli (J. Comput. Sci. Coll., 2023)

Enhancing Student Engagement and Interdisciplinary Research with IoT and Drone Frameworks. - Saleh M. Alnaeli; Ahmed A. El-magrous (J. Comput. Sci. Coll., 2024)