Flit-gun sprayer characteristics

Flit-Reservation Flow Control

This paper presents flit-reservation flow control, in which control flits traverse the network in advance of data flits, reserving buffers and channel bandwidth. Flit-reservation flow control requires control flits to precede data flits, which can be realized through fast on-chip control wires or the pipelining of control flits one or more cycles ahead of data flits. Scheduling ahead of data ar...

A Wireless Flit-Based OpNET Model

Recent evaluation of ad hoc networks has shown that current techniques do not scale well with either network size or desired throughput. We argue that the greatest opportunity for improvement is in the integration and coupling of different network layers. To this end, we are building a “relay network” design in which end-to-end path resources are pre-allocated to avoid the cost of channel acqui...

Technology to Improve Sprayer Accuracy

PA-9: Technology to Improve Sprayer Accuracy

A number of new technologies have been introduced over the last several years aimed at improving the accuracy of spray application, but do they really work? The purpose of this document is to highlight the most common causes of application errors then discuss the array of new sprayer technologies that are becoming available, how they might affect application accuracy, and pitfalls involved in u...

A Wireless Flit-Based OpNET Model ; CU-CS-1011-06

Recent evaluation of ad hoc networks has shown that current techniques do not scale well with either network size or desired throughput. We argue that the greatest opportunity for improvement is in the integration and coupling of different network layers. To this end, we are building a “relay network” design in which end-to-end path resources are pre-allocated to avoid the cost of channel acqui...