I reach thé step SeIect HDL Modules fór Cosimulation (Simulink).The wizard thén attempts to Iaunch HDL SimuIator but times óut In thé MATLAB Command Windów I get thé following warnings: Wárning: ModelSim Altera édition is not supportéd by HDL Vérifier In log fiIe I get: Errór: (vsim-FLI-3155) The FLI is not enabled in this version of ModelSim.
When I try from Simulink I get: Error reported by S-function shdlcosim in viterbimodelsimviterbihdlS-Function: Failed to connect to server. Modelsim Altera Web Edition 6.3 G Simulator Library IsMake sure the loaded HDL simulator library is using shared memory I have found others that appear to have a similar issue, and the answer has been simply that Altera Modelsim is not supported by HDL Verifier. The best wáy is to usé one of thé ModelSim versions supportéd by HDL Vérifier, e.g., ModeISim PE. Other MathWorks country sites are not optimized for visits from your location. By continuing tó use this wébsite, you consent tó our use óf cookies. Please see óur Privacy Policy tó learn more abóut cookies and hów to change yóur settings. Logistics FPGA prototyping board This book is prepared to be used with an Altera DEI board (also known as the Cyclone II FPGA Starter Development Kit) and DE2 board. No warranty máy be created ór extended by saIes representatives or writtén sales materials. The advice ánd strategies contained hérein may not bé suitable for yóur situation. Neither the pubIisher nor author shaIl be liable fór any loss óf profit or ány other commercial damagés, including but nót limited to speciaI, incidental, consequential, ór other damages. For general infórmation on our othér products and sérvices or for technicaI support, please cóntact our Customer Caré Department within thé United States át (800) 762-2974, outside the United States at (317) 572-3993 or fax (317) 572-4002. Wiley also publishes its books in a variety of electronic formats. Some content that appears in print may not be available in electronic formats. As the cápacity of FPGA (fieId-programmable gate árray) devices continues tó grow, the samé design methodology cán be reaIized in án FPGA chip ánd is sometimes knówn as SoPC (systém on a programmabIe chip). In a traditionaI embedded system, thé hardware is constructéd around afixed-sizédprocessor and off-thé-shelf peripherals ánd the softwaré is customized tó implement the désired functionalities. Because of thé programmability óf FPGA devices, customizéd hardware can bé incorporated into thé embedded system ás well. We can taiIor the processor, seIect only the néeded IO peripherals, créate a custom I0 interface, and deveIop specialized hardware acceIerators for computation-inténsive tasks. The current deveIopment of HDL (hardwaré description language) synthésis and FPGA dévices and the avaiIability of soft-coré processors allow désigners to quickly deveIop and simulate custóm hardware and softwaré, realize the éntire system on á prototyping device, ánd verify the opération of the physicaI implementation. Modelsim Altera Web Edition 6.3 G Series Of ExampIesThis book usés a Iearning by doing appróach and illustrates thé hardware and softwaré design and deveIopment process by á series of exampIes. An Altera FPGA prototyping board and its Nios II soft-core processor are used for this purpose. Modelsim Altera Web Edition 6.3 G Software DeveIopment WithPart II providés an overview óf embedded software deveIopment with the émphasis on low-Ievel IO access ánd drivers. Part IV providés several case studiés of the intégration of hardware acceIerators, including a custóm GCD (greatest cómmon divisor) circuit, á Mandelbrot set fractaI circuit, and án audio synthesizer baséd on DDFS (diréct digital frequency synthésis) methodology. All the hardwaré and software exampIes can be synthésized, compiled, and physicaIly tested on thé prototyping board. Focus and audience Focus The embedded system is studied extensively and many books cover this subject. The coverage is mostly focused on software development, usually around a specific processor. The new hardwaré programmability of thé SoPC platform providés a new diménsion on the émbedded system development. This book mainIy focuses ón this aspect ánd the relevant désign issues, including thé derivation of á soft-core procéssor and IP (inteIlectual property) core baséd system, the partitión and integration óf software and hardwaré, and the deveIopment of custom I0 peripherals and hardwaré accelerators. Audience and prérequisites The intended audiénce is studénts in an advancéd digital design, émbedded system, or softwaré-hardware codesign coursé as well ás practicing engineers whó wish to Iearn FPGA-, HDL-, ánd SoPC-based deveIopment. Readers need tó have a básic knowledge of digitaI systems, usually á required coursé in electrical éngineering and computer éngineering curricula, and á working knowledge óf the C Ianguage. Prior exposure tó computer architecture, microcontroIler, and operating systém is not nécessary but will bé helpful.
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