PyPUT: Python-based Placement Utilities Toolset. - Georgios Kranas; George-Chris Tsalamagkakis; Panagiotis Oikonomou; Antonios N. Dadaliaris (SEEDA-CECNSM, 2018)

A Novel Genetic Algorithm for I/O Pad Planning Retaining Former Cell Positions. - George K. Kranas; Taxiarchis G. Kouskouras; Vasileios Dimitriadis; Michael F. Dossis; Panagiotis Oikonomou; Antonios N. Dadaliaris (SEEDA-CECNSM, 2020)

Juxtaposing Vivado Design Flows in Batch Mode. - Antonios N. Dadaliaris; Antonios Tragoudaras; George K. Kranas; Michael F. Dossis; Georgios Dimitriou (PCI, 2021)

Variations on a Connectivity-based Legalizer for Standard Cell Design. - Antonios N. Dadaliaris; George K. Kranas; Panagiotis Oikonomou; Michael F. Dossis (SEEDA-CECNSM, 2021)

Redesign, Extensibility & Evaluation of a Placement Utilities Toolset. - George K. Kranas; Antonios N. Dadaliaris; Panagiotis Oikonomou; George Floros 002; Michael F. Dossis (SEEDA-CECNSM, 2021)

Scavenging PyPi for VLSI Packages. - George K. Kranas; Antonios N. Dadaliaris; Panagiotis Oikonomou; Michael F. Dossis (SEEDA-CECNSM, 2022)

Exploiting Net Connectivity in Legalization and Detailed Placement Scenarios. - Antonios N. Dadaliaris; George K. Kranas; Panagiotis Oikonomou; George Floros 002; Michael F. Dossis (Inf., 2022)

Assessing Swapping Policies as a Detailed Placement Approach. - Ioannis Arvanitakis; George K. Kranas; Michael F. Dossis; Athanasios Kakarountas; Antonios N. Dadaliaris (SEEDA-CECNSM, 2023)

Current Status of Analytical FPGA Placement. - Kosmas Kariotis; Antonios N. Dadaliaris; George K. Kranas; George Dimitriou; Michael F. Dossis (SEEDA-CECNSM, 2024)