Abstract. The design of a routing channel for an FPGA is a complex process requiring a careful balance of flexibility with silicon efficiency. With a grow-.

Oct 24, 2002 · The issue of determining the positioning (or offset) of a track within an architecture is referred to as track placement. The track placement ...

This paper focuses on the last problem, the placement of breaks in tracks to maximize overall flexibility. Our optimal algorithm for track placement finds a ...

This paper focuses on the last of these problems, the placement of breaks in tracks to maximize overall flexibility. We have developed both an optimal algorithm ...

This paper focuses on the last of these problems, the placement of breaks in tracks to maximize overall flexibility. We have developed both an optimal algorithm ...

The design of a routing channel requires determining the number of routing tracks, the length of the wires in those tracks, and the positioning of the breaks ...

The design of a routing channel requires determining the number of routing tracks, the length of the wires in those tracks, and the positioning of the breaks ...

This paper focuses on the last of these problems, the placement of breaks in tracks to maximize overall flexibility. We have developed both an optimal algorithm ...

The design of a routing channel requires determining the number of routing tracks, the length of the wires in those tracks, and the positioning of the breaks ...

Katherine Compton, Scott Hauck: Track Placement: Orchestrating Routing Structures to Maximize Routability. FPL 2003: 121-130. manage site settings.