Jac. Augusti Thuani Historiarum sui temporis : tomus quartus : lib. LXXIV-XCIX.

Mode of access: Internet.

Jacobi Pignatelli ... Consultationes canonicae : in quibus praecipue controversiae ... : opus omnibus utriusque fori judicibus, jurisconsulti ac politici studii mystis ... : cum duplici indice altero consultationum singulis tomis praefixo altero rerum notabilium ... : tomus quartus.

Mode of access: Internet.

Joannis Lorini Societatis Jesu Commentarii in Librum Psalmorum ... : Tomus quartus ...

Mode of access: Internet.

Desiderii Erasmi Roterodami Opera omnia emendatiora et auctiora ... doctorumque ... notis illustrata : tomus quartus, complectens quae ad morum institutionem pertinent, quorum catalogum versa pagina docet.

Mode of access: Internet.

Dionysii Petavii ... Opus de theologicis dogmatibus ... : Tomus quartus, In quo de hierarchia ecclesiastica, de potestate consecrandi, deque poenitentia publica, & praeparatione ad communionem agitur

Mode of access: Internet.

F.is Ioan. de Carthagena ... Homiliae catholicae : de sacris arcanis Deiparae et Iosephi ... ; tomus quartus.

Mode of access: Internet.

De fevdis libri qvinqve, qvorvm primus est Gerardi Nigri, secundus et tertius Oberti de Orto ... quartus ex varijs & incertis auctoribus antiquis, quintus imperatorum constitutiones, quae ad feuda pertinent, complectitur. Aucti, emendati, atque etiam explicati studio & diligentia Iac.Cviacii I.C.cum duplici indice ... locupletissimo.

Autograph on flyleaf: Ludovicus Pernice JUD. Halis MDCCCXXI.

Psychagogia, hoc est, animae recreatio quatuor libris distincta : quorum tres priores collecti sunt ex tractatibus sive homilijs Diui Aurelij Augustini Hipponensis Episcopi : quartus decerptus est ex scriptis B. Gregorii Papæ /

BM STC Italian, 1465-1600,

Francisci Syluii ... Commentarii in tertiam partem S. Thomae Aquinatis ... et in eiusdem supplementum centesima quaestione auctum : tomus quartus

Mode of access: Internet.

Sancti Thomae Aquinatis ex Ordine Praedicatorum ... Summa Catholicae fidei contra gentiles, liber tertius & quartus /

Mode of access: Internet.

ASIC microcontroller design of a radiation monitoring system using VHDL modeling and FPGA implementation

Three new technologies have been brought together to develop a miniaturized radiation monitoring system. The research involved (1) Investigation a new HgI$\sb2$ detector. (2) VHDL modeling. (3) FPGA implementation. (4) In-circuit Verification. The packages used included an EG&G's crystal(HgI$\sb2$) manufactured at zero gravity, the Viewlogic's VHDL and Synthesis, Xilinx's technology library, its FPGA implementation tool, and a high density device (XC4003A). The results show: (1) Reduced cycle-time between Design and Hardware implementation; (2) Unlimited Re-design and implementation using the static RAM technology; (3) Customer based design, verification, and system construction; (4) Well suited for intelligent systems. These advantages excelled conventional chip design technologies and methods in easiness, short cycle time, and price in medium sized VLSI applications. It is also expected that the density of these devices will improve radically in the near future. ^

A synthesizable hardware evolutionary algorithm design for unmanned aerial system real-time path planning

The main objective of this paper is to detail the development of a feasible hardware design based on Evolutionary Algorithms (EAs) to determine flight path planning for Unmanned Aerial Vehicles (UAVs) navigating terrain with obstacle boundaries. The design architecture includes the hardware implementation of Light Detection And Ranging (LiDAR) terrain and EA population memories within the hardware, as well as the EA search and evaluation algorithms used in the optimizing stage of path planning. A synthesisable Very-high-speed integrated circuit Hardware Description Language (VHDL) implementation of the design was developed, for realisation on a Field Programmable Gate Array (FPGA) platform. Simulation results show significant speedup compared with an equivalent software implementation written in C++, suggesting that the present approach is well suited for UAV real-time path planning applications.

The Spartan-3E Tutorial 1 : Introduction to FPGA Programming, Version 1.0

This tutorial is designed to help new users become familiar with using the Spartan-3E board. The tutorial steps through the following: writing a small program in VHDL which carries out simple combinational logic; connecting the program inputs and outputs to the switches, buttons and LEDs on the Spartan-3E board; and downloading the program to the Spartan-3E board using the Project Navigator software.

Solving tri-diagonal linear systems using field programmable gate arrays

In this paper, we present the outcomes of a project on the exploration of the use of Field Programmable Gate Arrays(FPGAs) as co-processors for scientific computation. We designed a custom circuit for the pipelined solving of multiple tri-diagonal linear systems. The design is well suited for applications that require many independent tri diagonal system solves, such as finite difference methods for solving PDEs or applications utilising cubic spline interpolation. The selected solver algorithm was the Tri Diagonal Matrix Algorithm (TDMA or Thomas Algorithm). Our solver supports user specified precision thought the use of a custom floating point VHDL library supporting addition, subtraction, multiplication and division. The variable precision TDMA solver was tested for correctness in simulation mode. The TDMA pipeline was tested successfully in hardware using a simplified solver model. The details of implementation, the limitations, and future work are also discussed.

The Spartan-3E Tutorial 2 : Introduction to using the PicoBlaze Microcontroller Version 1.0

This tutorial is designed to help new users become familiar with using the PicoBlaze microcontroller with the Spartan-3E board. The tutorial gives a brief introduction to the PicoBlaze microcontroller, and then steps through the following: - Writing a small PicoBlaze assembly language (.psm) file, and stepping through the process of assembling the .psm file using KCPSM3; - Writing a top level VHDL module to connect the PicoBlaze microcontroller (KCPSM3 component) and the program ROM, and to connect the required input and output ports; - Connecting the top level module inputs and outputs to the switches, buttons and LEDs on the Spartan-3E board; - Downloading the program to the Spartan-3E board using the Project Navigator software.