cara registrasi mata kuliah universitas terbukagupran muhsan
Pedoman ini menjelaskan proses registrasi data pribadi dan matakuliah bagi mahasiswa UPBJJ melalui aplikasi SRS 4G, meliputi tahapan validasi data, pemilihan matakuliah, pembayaran registrasi, hingga cetak lembar tagihan.
Design and Implementation of Bluetooth MAC core with RFCOMM on FPGAAneesh Raveendran
The System-on-Chip (SoC) design of digital circuits makes the technology to be reusable. The current paper describes an aspect of design and implementation of IEEE 802.15.1 (Bluetooth) protocol on Field Programmable Gate Array (FPGA) based SoC. The Bluetooth is a wireless technology designed as a short-range connectivity solution for personal, portable and handheld electronic devices.
This design aims on Bluetooth technology with serial
communication (RS-232) profile at the application layer.
The IP core consists of Bluetooth Medium Access Control
(MAC) and Universal Asynchronous Receiver/Transmitter
(UART). Each module of the design is described and
developed with hardware description language-Very High
Speed Integrated Circuit Hardware Description Language
(VHDL). The final version of SoC is implemented and
tested with ALTERA STRATIX II EP2S15672C3 FPGA.
Wetwares is a new technology for integrated circuit fabrication that uses liquid electrolyte for cooling. This provides better temperature control and reliability than traditional air cooling methods. Two examples are 3C technology, which embeds microchannels directly onto chips for liquid cooling, and IBM's "electronic blood" concept which circulates electrolyte fluids similar to the human circulatory system. Wetwares aims to miniaturize computers by replicating the brain's efficient density and could enable petaflop computers to fit on desktops by 2060 by challenging Moore's Law limits.
Universal Asynchronous Receive and transmit IP coreAneesh Raveendran
This document describes a Universal Asynchronous Receive and Transmit (UART) IP core. It discusses the RS-232 serial communication protocol that the UART uses. It then provides details on the design specification of the UART IP core, including its 9-pin connector, data formats, and configurable baud rates. The document also describes the internal design of the UART transmitter and receiver blocks, including how they convert parallel data to serial and vice versa.
Rajesh Roshan is a 6th semester student studying Electronics and Communication Engineering at the National Institute of Technology, Patna. His document discusses automation, including definitions of automation and examples of fields where automation is used. It also covers trends in automation like remote monitoring, smart grids, home automation, medical automation, and more. Rajesh is particularly interested in home automation using IoT, as well as automobile automation, swarm robotics, and security systems based on embedded projects.
Unalligned versus natureally alligned memory accessAneesh Raveendran
This document discusses aligned versus unaligned memory access. It notes that unaligned access occurs when accessing N bytes of data from an address not evenly divisible by N. While some architectures can handle unaligned access, it reduces performance or causes exceptions. The compiler ensures structures and variables are aligned, but unaligned access can occur from casts or pointer arithmetic. The get_unaligned() and put_unaligned() macros or memcpy() can be used to avoid unaligned access issues.
Design of FPGA based 8-bit RISC Controller IP core using VHDLAneesh Raveendran
This paper describes the design, development and
implementation of an 8-bit RISC controller IP core. The
controller has been designed using Very high speed integrated circuit Hardware Description Language (VHDL). The design constraints are speed, power and area. This controller is efficient for specific applications and suitable for small applications. This non-pipelined controller has four units: - Fetch, Decode, Execute and a stage control unit. It has an in built program and data memory. Also it has four ports for communicating with other I/O devices. A hierarchical approach has been used so that basic units can be modeled using behavioral programming. The basic
units are combined using structural programming. The design
has been implemented using ALTERA STRATIX II FPGA
cara registrasi mata kuliah universitas terbukagupran muhsan
Pedoman ini menjelaskan proses registrasi data pribadi dan matakuliah bagi mahasiswa UPBJJ melalui aplikasi SRS 4G, meliputi tahapan validasi data, pemilihan matakuliah, pembayaran registrasi, hingga cetak lembar tagihan.
Design and Implementation of Bluetooth MAC core with RFCOMM on FPGAAneesh Raveendran
The System-on-Chip (SoC) design of digital circuits makes the technology to be reusable. The current paper describes an aspect of design and implementation of IEEE 802.15.1 (Bluetooth) protocol on Field Programmable Gate Array (FPGA) based SoC. The Bluetooth is a wireless technology designed as a short-range connectivity solution for personal, portable and handheld electronic devices.
This design aims on Bluetooth technology with serial
communication (RS-232) profile at the application layer.
The IP core consists of Bluetooth Medium Access Control
(MAC) and Universal Asynchronous Receiver/Transmitter
(UART). Each module of the design is described and
developed with hardware description language-Very High
Speed Integrated Circuit Hardware Description Language
(VHDL). The final version of SoC is implemented and
tested with ALTERA STRATIX II EP2S15672C3 FPGA.
Wetwares is a new technology for integrated circuit fabrication that uses liquid electrolyte for cooling. This provides better temperature control and reliability than traditional air cooling methods. Two examples are 3C technology, which embeds microchannels directly onto chips for liquid cooling, and IBM's "electronic blood" concept which circulates electrolyte fluids similar to the human circulatory system. Wetwares aims to miniaturize computers by replicating the brain's efficient density and could enable petaflop computers to fit on desktops by 2060 by challenging Moore's Law limits.
Universal Asynchronous Receive and transmit IP coreAneesh Raveendran
This document describes a Universal Asynchronous Receive and Transmit (UART) IP core. It discusses the RS-232 serial communication protocol that the UART uses. It then provides details on the design specification of the UART IP core, including its 9-pin connector, data formats, and configurable baud rates. The document also describes the internal design of the UART transmitter and receiver blocks, including how they convert parallel data to serial and vice versa.
Rajesh Roshan is a 6th semester student studying Electronics and Communication Engineering at the National Institute of Technology, Patna. His document discusses automation, including definitions of automation and examples of fields where automation is used. It also covers trends in automation like remote monitoring, smart grids, home automation, medical automation, and more. Rajesh is particularly interested in home automation using IoT, as well as automobile automation, swarm robotics, and security systems based on embedded projects.
Unalligned versus natureally alligned memory accessAneesh Raveendran
This document discusses aligned versus unaligned memory access. It notes that unaligned access occurs when accessing N bytes of data from an address not evenly divisible by N. While some architectures can handle unaligned access, it reduces performance or causes exceptions. The compiler ensures structures and variables are aligned, but unaligned access can occur from casts or pointer arithmetic. The get_unaligned() and put_unaligned() macros or memcpy() can be used to avoid unaligned access issues.
Design of FPGA based 8-bit RISC Controller IP core using VHDLAneesh Raveendran
This paper describes the design, development and
implementation of an 8-bit RISC controller IP core. The
controller has been designed using Very high speed integrated circuit Hardware Description Language (VHDL). The design constraints are speed, power and area. This controller is efficient for specific applications and suitable for small applications. This non-pipelined controller has four units: - Fetch, Decode, Execute and a stage control unit. It has an in built program and data memory. Also it has four ports for communicating with other I/O devices. A hierarchical approach has been used so that basic units can be modeled using behavioral programming. The basic
units are combined using structural programming. The design
has been implemented using ALTERA STRATIX II FPGA
Slide shared is work of renowned Prof. Susanta Sen from Institute of Radio Physics and Electronics, University of Calcutta.
This was presented in NIT Patna by him on the occasion of Foundation day.
Slides contain great approach to VLSI technology from very basics and is really very helpful.
This document provides an introduction to embedded systems through a training program. It defines embedded systems as the integration of software and hardware to perform a specific task. It then categorizes embedded systems as stand-alone, real-time, mobile, or networked. Examples are given for each category. The document outlines the basic components and skills needed for embedded systems, including software/hardware components and coding/analysis skills. It also provides instructions for creating a first project in Eclipse to blink an LED and introduces LCD interfacing with the ATmega16 microcontroller.
This document discusses instruction pipelining in computer processors. It begins by defining pipelining and explaining how it works like an assembly line to increase throughput. It then discusses different types of pipelines and introduces the MIPS instruction pipeline as an example. The document goes on to explain different types of pipeline hazards like structural hazards, control hazards, and data hazards. It provides examples of how to detect and resolve these hazards through techniques like forwarding, stalling, predicting, and delayed branching. Key concepts covered include pipeline registers, control signals, forwarding units, and branch prediction buffers.
The document discusses single electron transistors (SETs). SETs use controlled electron tunneling through nanoscale islands to precisely control electric current. This allows SETs to function as extremely sensitive switches and amplifiers at the scale of single electrons. The document outlines how SETs work, describing their tunnel junction structure and coulomb blockade effect. It also discusses their potential applications in quantum computing and sensing and challenges to overcome before they can be implemented in complex circuits.
Reversible logic gates can be used to reduce heat generation in computing. Traditional irreversible logic gates necessarily generate heat from information loss, but reversible gates avoid this by not resulting in information loss. The document describes several types of reversible gates: the NOT gate, Feynman gate, Toffoli gate, and Fredkin gate. It provides details on the functionality of each gate through logic equations and VHDL code examples.
Universitas Negeri Jakarta banyak melahirkan tokoh pendidikan yang memiliki pengaruh didunia pendidikan. Beberapa diantaranya ada didalam file presentasi
Modul Ajar Bahasa Inggris Kelas 10 Fase E Kurikulum MerdekaFathan Emran
Modul Ajar Bahasa Inggris Kelas 10 SMA/MA Fase E Kurikulum Merdeka - abdiera.com. Modul Ajar Bahasa Inggris Kelas 10 SMA/MA Fase E Kurikulum Merdeka. Modul Ajar Bahasa Inggris Kelas 10 SMA/MA Fase E Kurikulum Merdeka.
PPT RENCANA AKSI 2 modul ajar matematika berdiferensiasi kelas 1Arumdwikinasih
Pembelajaran berdiferensiasi merupakan pembelajaran yang mengakomodasi dari semua perbedaan murid, terbuka untuk semua dan memberikan kebutuhan-kebutuhan yang dibutuhkan oleh setiap individu.kelas 1 ........
Materi ini membahas tentang defenisi dan Usia Anak di Indonesia serta hubungannya dengan risiko terpapar kekerasan. Dalam modul ini, akan diuraikan berbagai bentuk kekerasan yang dapat dialami anak-anak, seperti kekerasan fisik, emosional, seksual, dan penelantaran.
Slide shared is work of renowned Prof. Susanta Sen from Institute of Radio Physics and Electronics, University of Calcutta.
This was presented in NIT Patna by him on the occasion of Foundation day.
Slides contain great approach to VLSI technology from very basics and is really very helpful.
This document provides an introduction to embedded systems through a training program. It defines embedded systems as the integration of software and hardware to perform a specific task. It then categorizes embedded systems as stand-alone, real-time, mobile, or networked. Examples are given for each category. The document outlines the basic components and skills needed for embedded systems, including software/hardware components and coding/analysis skills. It also provides instructions for creating a first project in Eclipse to blink an LED and introduces LCD interfacing with the ATmega16 microcontroller.
This document discusses instruction pipelining in computer processors. It begins by defining pipelining and explaining how it works like an assembly line to increase throughput. It then discusses different types of pipelines and introduces the MIPS instruction pipeline as an example. The document goes on to explain different types of pipeline hazards like structural hazards, control hazards, and data hazards. It provides examples of how to detect and resolve these hazards through techniques like forwarding, stalling, predicting, and delayed branching. Key concepts covered include pipeline registers, control signals, forwarding units, and branch prediction buffers.
The document discusses single electron transistors (SETs). SETs use controlled electron tunneling through nanoscale islands to precisely control electric current. This allows SETs to function as extremely sensitive switches and amplifiers at the scale of single electrons. The document outlines how SETs work, describing their tunnel junction structure and coulomb blockade effect. It also discusses their potential applications in quantum computing and sensing and challenges to overcome before they can be implemented in complex circuits.
Reversible logic gates can be used to reduce heat generation in computing. Traditional irreversible logic gates necessarily generate heat from information loss, but reversible gates avoid this by not resulting in information loss. The document describes several types of reversible gates: the NOT gate, Feynman gate, Toffoli gate, and Fredkin gate. It provides details on the functionality of each gate through logic equations and VHDL code examples.
Universitas Negeri Jakarta banyak melahirkan tokoh pendidikan yang memiliki pengaruh didunia pendidikan. Beberapa diantaranya ada didalam file presentasi
Modul Ajar Bahasa Inggris Kelas 10 Fase E Kurikulum MerdekaFathan Emran
Modul Ajar Bahasa Inggris Kelas 10 SMA/MA Fase E Kurikulum Merdeka - abdiera.com. Modul Ajar Bahasa Inggris Kelas 10 SMA/MA Fase E Kurikulum Merdeka. Modul Ajar Bahasa Inggris Kelas 10 SMA/MA Fase E Kurikulum Merdeka.
PPT RENCANA AKSI 2 modul ajar matematika berdiferensiasi kelas 1Arumdwikinasih
Pembelajaran berdiferensiasi merupakan pembelajaran yang mengakomodasi dari semua perbedaan murid, terbuka untuk semua dan memberikan kebutuhan-kebutuhan yang dibutuhkan oleh setiap individu.kelas 1 ........
Materi ini membahas tentang defenisi dan Usia Anak di Indonesia serta hubungannya dengan risiko terpapar kekerasan. Dalam modul ini, akan diuraikan berbagai bentuk kekerasan yang dapat dialami anak-anak, seperti kekerasan fisik, emosional, seksual, dan penelantaran.
4. Sistem voting Mahasiswa Teladan berorientasi objek
merupakan sistem yang dapat melakukan voting dan
menampilkan hasilnya dalam bentuk grafik.
Sistem voting hanya tersedia bagi mahasiswa yang sudah
terdaftar.
Sistem hanya dapat melakukan proses pendaftaran apabila
pendaftar merupakan mahasiswa STMIK Subang dan telah
mendapat
Sistem dapat melakukan proses login.
Sistem tidak dapat divoting oleh sembarang NPM atau tanpa
mengisi NPM.
Sistem hanya dapat divoting sebanyak satu kali.
5.
6.
7.
8.
9. Form_register_member
Simpan_member
Login
: Admin
1 : memberikan perintah input data member baru()
2 : mengirim data member()
3 : menyimpan data member()
4 : Konfirmasi data member berhasil disimpan()
5 : Konfirmasi data member berhasil disimpan()
10. form_tampil_member
member
: Admin
1 : perintah menampilkan data member()
2 : mengambil data member()
3 : mengirimkan data member()
4 : menampilkan data member ke browser()
11. tampil_member
hapus_member
member
: Admin
1 : perintah hapus data member terpilih()
2 : mengambil data member baru()
3 : mengirim data member terpilih untuk dihapus()
4 : mengirim data member terpilih untuk dihapus()
5 : menghapus data member terpilih()
6 : konfirmasi data member terpilih berhasil dihapus()
7 : konfirmasi data member terpilih berhasil dihapus()
8 : menampilkan data member terbaru()
12. form_edit_member
tampil_member
: Admin
1 : memberikan perintah edit data member()
2 : mengambil data member()
3 : mengirimkan data member terpilih untuk diedit()
4 : menampilkan data member yang telah di edit()
5 : konfirmasi berhasil diedit()
6 : menampilkan data member yang telahdi edit()
member
13. tampil_member
form_edit_member
edit
member
: Admin
1 : perintah edit data terpilih()
2 : memberikan perintah edit data member terpilih()
3 : mengambil data member terpilih untuk diedit()
4 : mengirim data member terpilih untuk diedit()
5 : mengirim data member untuk diedit()
6 : mengedit data member terpilih()
7 : konfirmasi data member berhasil di edit()
8 : konfirmasi data member berhasil di edit()
9 : menampilkan data member yang telah berhasil diedit()
14. form_Login
: Admin
1 : input data member yang telah di registrasi()
2 : konfirmasi berhasil login()
15. Form_voting
Simpan_voting
voting
: Admin
1 : memberikan perintah vote()
2 : mengirimkan data vote()
3 : menyimpan hasil data vote()
4 : konfirmasi data vote berhasil disimpan()
5 : konfirmasi data vote berhasil disimpan()
6 : konfirmasi data vote berhasil disimpan()
16. form_voting
simpan_voting
voting
tampil_grafik
: Admin
1 : memberikan perintah vote()
2 : mengirimkan data vote()
3 : menyimpan hasil data vote()
4 : menampilkan hasil vote dengan tampilan grafik()
5 : menampilkan grafik pada browser()
17. hapus_voting
voting
: Admin
1 : mengambil data voting terpilih untuk di hapus()
2 : mengirimkan data terpilih untuk dihapus()
3 : mengirimkan data terpilih telah dihapus()
4 : konfirmasi data voting telah berhasil dihapus()