Clock and clock cycle in processor architecturegogii6789
油
The document discusses the clock cycle and clock in a computer processor architecture. It defines the clock cycle as the amount of time between pulses from an oscillator that determines a processor's speed. A higher number of pulses per second allows a processor to process information faster. The clock regulates and synchronizes the timing and speed of all computer functions through a crystal that vibrates at a specific frequency when electricity is applied. The CPU uses clock signals from the internal clock to execute instructions over fixed numbers of clock cycles in a synchronous manner.
Progressive Punjab: a growing investment destination of IndiaPunjab Infotech
油
The document provides an overview of Punjab, India as a growing investment destination. It highlights Punjab's strong economy, robust infrastructure including roads, rail, airports and telecommunications. It also emphasizes Punjab's educated workforce, thriving business opportunities, and pragmatic governance approach. Specific initiatives are outlined relating to urban and rural development, education, healthcare, tourism and more. The goal is to position Punjab as an ideal location for industry and business given its advantages and government support for investments.
The document discusses various aspects of I/O organization in a computer system. It describes the input-output interface that provides a method for transferring information between internal storage and external I/O devices. It discusses asynchronous data transfer techniques like strobe control and handshaking. It also covers asynchronous serial transmission, different modes of data transfer like programmed I/O, interrupt-initiated I/O, and direct memory access (DMA).
This document discusses various methods for determining system requirements, including traditional and modern approaches. It covers interviewing users using open-ended and closed-ended questions, observing workers, analyzing documents, joint application design (JAD), and prototyping. JAD brings together key stakeholders to gather requirements simultaneously while prototyping involves building an early version of the system to refine requirements. The document also discusses business process reengineering to identify processes for radical change through new technologies. The goal is to understand what a system should do through gathering information from different sources.
There are three types of file access methods: sequential access, which processes records in order from first to last; random/direct access, which allows reading or writing records in any order without sequence; and indexed access, which constructs an index to store record locations based on indexed fields, allowing faster access than sequential.
Computer organization and architecture are related but distinct fields. Computer organization deals with how hardware components are interconnected and work together to realize the specifications set by computer architecture. Computer architecture determines attributes like instruction sets, memory organization, and input/output mechanisms. Studying computer organization and architecture is important for understanding how computers work at both the hardware and software levels. It provides knowledge about system design, components, and performance.
A computer system takes inputs, processes them using hardware and software, and produces outputs. It has input devices that provide data, a central processing unit (CPU) that processes the data, and output devices that display or store the processed data. Storage devices like hard drives are used to store programs and data for future use, as primary storage in RAM is only temporary. The system takes inputs, processes them using programs stored in storage, and creates outputs.
Operating System Process SynchronizationHaziq Naeem
油
This document discusses synchronization between processes. It defines synchronization as the mutual understanding between two or more processes when sharing system resources. It describes critical section problems, solutions like locks, Peterson's solution, and semaphores. It also covers major synchronization problems like bounded buffer, reader-writer, and dining philosophers. Windows uses interrupts to protect shared resources while Linux uses semaphores. Synchronization is important for preventing deadlocks and data inconsistencies to improve efficiency.
Hellow Viewers In This 際際滷 I Just Show Types Of Memory Chips, RAM-ROM, Cache Memory , Static Memory, Dynamic Memory.
Kind Of Static RAM and Kind Of Dynamic RAM and Obviously ROM
Parallel computing is a type of computation in which many calculations or the execution of processes are carried out simultaneously. Large problems can often be divided into smaller ones, which can then be solved at the same time. There are several different forms of parallel computing: bit-level, instruction-level, data, and task parallelism. Parallelism has been employed for many years, mainly in high-performance computing, but interest in it has grown lately due to the physical constraints preventing frequency scaling. As power consumption (and consequently heat generation) by computers has become a concern in recent years, parallel computing has become the dominant paradigm in computer architecture, mainly in the form of multi-core processors.
Pipelining is a technique where the instruction execution process is divided into multiple stages that can operate in parallel. This allows subsequent instructions to begin processing before previous ones have finished. For example, with laundry, pipelining allows washing, drying, and folding different loads simultaneously to complete all the laundry faster. In processors, pipelining overlaps the stages of instruction fetch, decode, execute, and writeback to improve throughput. While pipelining improves performance, it can introduce hazards like structural, data, and control hazards that must be addressed.
chapter 1- introduction to distributed system.pptAschalewAyele2
油
This document provides an introduction to distributed systems. It defines a distributed system as a collection of independent computers that appears as a single coherent system to users. The goals of distributed systems are discussed, including resource accessibility, distribution transparency, openness, and scalability. Various types of distributed systems are also outlined, such as distributed computing systems like clusters, grids and clouds, distributed information systems like transaction processing and enterprise application integration, and distributed embedded systems like home, healthcare and sensor networks. Key techniques for improving scalability like hiding communication delays, distribution, and replication are also summarized.
A macro processor is a system software. Macro is that the Section of code that the programmer writes (defines) once, and then can use or invokes many times.
This document discusses computer interconnection structures and components. It summarizes that a computer consists of modules like the CPU, memory, and I/O that communicate with each other. The connections between these modules is called the interconnection structure. The design of this structure depends on the exchanges needed between the modules. It then provides more details on the memory module, I/O module, and CPU and how they are connected and transfer data and instructions through the bus interconnection.
This document discusses parallel programming concepts including threads, synchronization, and barriers. It defines parallel programming as carrying out many calculations simultaneously. Advantages include increased computational power and speed up. Key issues in parallel programming are sharing resources between threads, and ensuring synchronization through locks and barriers. Data parallel programming is discussed where the same operation is performed on different data elements simultaneously.
A computer network connects computer systems and devices through communication channels to facilitate sharing of resources and information among users. There are different types of networks including LAN, MAN, and WAN. An Internet service provider gives individuals and companies access to the internet and related services. Broadband uses a wide range of frequencies to transmit a large amount of data simultaneously and technologies include DSL, cable modem, fiber, wireless, and powerline.
This method of checking the signal in the system for processing is called Polling Method. In this method, the problem is that the processor has to waste number of clock cycles just for checking the signal in the system, by this processor will become busy unnecessarily. If any signal came for the process, processor will take some time to process the signal due to the polling process in action. So system performance also will be degraded and response time of the system will also decrease.
Iaetsd asynchronous data transactions on so c using fifoIaetsd Iaetsd
油
This document describes using an asynchronous FIFO to enable data transactions between an AXI4.0 bus and an APB4.0 bus on a system-on-chip (SoC). AXI4.0 is a high-performance bus while APB4.0 is lower power. An asynchronous FIFO can interface between the two buses without complex handshaking. It uses write and read pointers as well as empty and full flags to transmit data between the buses asynchronously. The design is modeled in Verilog HDL and simulation results are shown for read and write operations between AXI4.0 and APB4.0 via the asynchronous FIFO.
The document discusses the basic functional units of a computer:
- The input unit accepts coded data from devices like keyboards.
- Memory stores programs and data, with primary storage operating at fast electronic speeds.
- The arithmetic and logic unit (ALU) performs operations on data brought in from memory.
- The output unit sends processed results outside the computer to devices like printers.
- The control unit coordinates the other functional units and sequencing of operations.
This document provides an overview of networking concepts including networking devices, network interface cards, network topologies, local area networks (LANs), metropolitan area networks (MANs), and wide area networks (WANs). It discusses common networking devices like hubs, switches, routers and their functions. It also explains the OSI reference model and its seven layers - physical, data link, network, transport, session, presentation and application layer.
This document provides an overview of computer organization and architecture. It discusses the functional units of a computer, including the CPU, memory, I/O devices, and bus. It also covers topics like instruction set architecture, memory hierarchy, instruction execution cycle, pipelining, parallelism, performance evaluation, Von Neumann and Harvard architectures, Boolean algebra, logic gates, combinational and sequential circuits, ALU, registers, I/O interface, interrupts, DMA, storage devices, RAID, and backup systems. The document concludes with the differences between computer organization and architecture.
This document provides an overview of computer systems by discussing:
1) The basic parts of a computer system including hardware, software, data, and users.
2) The information processing cycle that computers follow of input, processing, output, and storage.
3) The different types of computers including personal computers like desktops, notebooks, tablets, and smartphones as well as organizational computers like servers, mainframes, and supercomputers.
Dokumen tersebut merangkum sejarah berdirinya organisasi pelajar putri Nahdlatul Ulama (IPPNU) pada tahun 1955 sebagai wadah bagi pelajar putri NU. Dokumen tersebut juga menjelaskan tujuan, struktur organisasi, dan hubungan IPPNU dengan organisasi pelajar lain.
Operating System Process SynchronizationHaziq Naeem
油
This document discusses synchronization between processes. It defines synchronization as the mutual understanding between two or more processes when sharing system resources. It describes critical section problems, solutions like locks, Peterson's solution, and semaphores. It also covers major synchronization problems like bounded buffer, reader-writer, and dining philosophers. Windows uses interrupts to protect shared resources while Linux uses semaphores. Synchronization is important for preventing deadlocks and data inconsistencies to improve efficiency.
Hellow Viewers In This 際際滷 I Just Show Types Of Memory Chips, RAM-ROM, Cache Memory , Static Memory, Dynamic Memory.
Kind Of Static RAM and Kind Of Dynamic RAM and Obviously ROM
Parallel computing is a type of computation in which many calculations or the execution of processes are carried out simultaneously. Large problems can often be divided into smaller ones, which can then be solved at the same time. There are several different forms of parallel computing: bit-level, instruction-level, data, and task parallelism. Parallelism has been employed for many years, mainly in high-performance computing, but interest in it has grown lately due to the physical constraints preventing frequency scaling. As power consumption (and consequently heat generation) by computers has become a concern in recent years, parallel computing has become the dominant paradigm in computer architecture, mainly in the form of multi-core processors.
Pipelining is a technique where the instruction execution process is divided into multiple stages that can operate in parallel. This allows subsequent instructions to begin processing before previous ones have finished. For example, with laundry, pipelining allows washing, drying, and folding different loads simultaneously to complete all the laundry faster. In processors, pipelining overlaps the stages of instruction fetch, decode, execute, and writeback to improve throughput. While pipelining improves performance, it can introduce hazards like structural, data, and control hazards that must be addressed.
chapter 1- introduction to distributed system.pptAschalewAyele2
油
This document provides an introduction to distributed systems. It defines a distributed system as a collection of independent computers that appears as a single coherent system to users. The goals of distributed systems are discussed, including resource accessibility, distribution transparency, openness, and scalability. Various types of distributed systems are also outlined, such as distributed computing systems like clusters, grids and clouds, distributed information systems like transaction processing and enterprise application integration, and distributed embedded systems like home, healthcare and sensor networks. Key techniques for improving scalability like hiding communication delays, distribution, and replication are also summarized.
A macro processor is a system software. Macro is that the Section of code that the programmer writes (defines) once, and then can use or invokes many times.
This document discusses computer interconnection structures and components. It summarizes that a computer consists of modules like the CPU, memory, and I/O that communicate with each other. The connections between these modules is called the interconnection structure. The design of this structure depends on the exchanges needed between the modules. It then provides more details on the memory module, I/O module, and CPU and how they are connected and transfer data and instructions through the bus interconnection.
This document discusses parallel programming concepts including threads, synchronization, and barriers. It defines parallel programming as carrying out many calculations simultaneously. Advantages include increased computational power and speed up. Key issues in parallel programming are sharing resources between threads, and ensuring synchronization through locks and barriers. Data parallel programming is discussed where the same operation is performed on different data elements simultaneously.
A computer network connects computer systems and devices through communication channels to facilitate sharing of resources and information among users. There are different types of networks including LAN, MAN, and WAN. An Internet service provider gives individuals and companies access to the internet and related services. Broadband uses a wide range of frequencies to transmit a large amount of data simultaneously and technologies include DSL, cable modem, fiber, wireless, and powerline.
This method of checking the signal in the system for processing is called Polling Method. In this method, the problem is that the processor has to waste number of clock cycles just for checking the signal in the system, by this processor will become busy unnecessarily. If any signal came for the process, processor will take some time to process the signal due to the polling process in action. So system performance also will be degraded and response time of the system will also decrease.
Iaetsd asynchronous data transactions on so c using fifoIaetsd Iaetsd
油
This document describes using an asynchronous FIFO to enable data transactions between an AXI4.0 bus and an APB4.0 bus on a system-on-chip (SoC). AXI4.0 is a high-performance bus while APB4.0 is lower power. An asynchronous FIFO can interface between the two buses without complex handshaking. It uses write and read pointers as well as empty and full flags to transmit data between the buses asynchronously. The design is modeled in Verilog HDL and simulation results are shown for read and write operations between AXI4.0 and APB4.0 via the asynchronous FIFO.
The document discusses the basic functional units of a computer:
- The input unit accepts coded data from devices like keyboards.
- Memory stores programs and data, with primary storage operating at fast electronic speeds.
- The arithmetic and logic unit (ALU) performs operations on data brought in from memory.
- The output unit sends processed results outside the computer to devices like printers.
- The control unit coordinates the other functional units and sequencing of operations.
This document provides an overview of networking concepts including networking devices, network interface cards, network topologies, local area networks (LANs), metropolitan area networks (MANs), and wide area networks (WANs). It discusses common networking devices like hubs, switches, routers and their functions. It also explains the OSI reference model and its seven layers - physical, data link, network, transport, session, presentation and application layer.
This document provides an overview of computer organization and architecture. It discusses the functional units of a computer, including the CPU, memory, I/O devices, and bus. It also covers topics like instruction set architecture, memory hierarchy, instruction execution cycle, pipelining, parallelism, performance evaluation, Von Neumann and Harvard architectures, Boolean algebra, logic gates, combinational and sequential circuits, ALU, registers, I/O interface, interrupts, DMA, storage devices, RAID, and backup systems. The document concludes with the differences between computer organization and architecture.
This document provides an overview of computer systems by discussing:
1) The basic parts of a computer system including hardware, software, data, and users.
2) The information processing cycle that computers follow of input, processing, output, and storage.
3) The different types of computers including personal computers like desktops, notebooks, tablets, and smartphones as well as organizational computers like servers, mainframes, and supercomputers.
Dokumen tersebut merangkum sejarah berdirinya organisasi pelajar putri Nahdlatul Ulama (IPPNU) pada tahun 1955 sebagai wadah bagi pelajar putri NU. Dokumen tersebut juga menjelaskan tujuan, struktur organisasi, dan hubungan IPPNU dengan organisasi pelajar lain.
Dokumen tersebut merangkum tentang latar belakang berdirinya organisasi IPNU dan IPPNU, prinsip-prinsip dasar, tujuan, sifat, fungsi, perubahan nama, dan lambangnya. IPNU dan IPPNU didirikan berdasarkan ajaran Islam Ahlussunah Wal Jamaah untuk membentuk generasi muda Indonesia yang beriman, berakhlak mulia, dan berwawasan kebangsaan.
Dokumen tersebut memberikan informasi mengenai latar belakang, sejarah, fungsi, struktur organisasi, lambang, mars, dan data ketua IPNU dan IPPNU sebagai organisasi pelajar Nahdlatul Ulama."
IPNU dan IPPNU adalah organisasi pelajar Nahdlatul Ulama yang bertujuan membentuk pelajar yang beriman, berakhlak mulia, berilmu, dan bertanggungjawab. Organisasi ini didirikan pada 1954 untuk pelajar putra dan 1955 untuk pelajar putri, dengan visi membentuk generasi muda Indonesia unggul berdasarkan ajaran Islam Ahlussunah Wal Jamaah.
Dokumen tersebut memberikan penjelasan mengenai organisasi IPNU dan IPPNU (Ikatan Pelajar Nahdlatul Ulama dan Ikatan Pelajar Perempuan Nahdlatul Ulama). IPNU dan IPPNU adalah organisasi pelajar yang berafiliasi dengan Nahdlatul Ulama untuk mengembangkan kaderisasi pelajar NU. Dokumen ini menjelaskan sejarah berdirinya, visi misi, logo, tingkatan organisasi, dan cara menjadi anggota IPNU dan IPPNU.
Dokumen tersebut membahas tentang organisasi IPNU dan IPPNU, termasuk tujuan, struktur organisasi, usia anggota dan pengurus, kondisi internal organisasi saat ini, serta rekomendasi untuk pengembangan organisasi di masa depan."
Dokumen ini membahas latar belakang berdirinya Ikatan Pelajar Nahdlatul Ulama (IPNU) pada 20 Jumadil Akhir 1373 H/24 Februari 1954 M di Semarang. IPNU didirikan untuk mempersiapkan kader bangsa dan kepemimpinan NU, memperkokoh ukhuwah Islam, dan menguatkan pendidikan agama Islam Aswaja. Dokumen ini juga menjelaskan struktur organisasi, lambang, mars, dan kegiatan Pimpinan Cabang IP
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Pemikiran tentang kebangsaan Indonesia adalah ibarat Mutiara dari rangkaian solid dari ajaran politik Sukarno yang apabila dipadatkan terangkum dalam gagasannya tentang Pancasila. Dalam konsepsi teoritik ajaran Sukarno perihal Marhaenisme maka konsepsi kebangsaan Sukarno yang terhubung dengan internasionalisme menjiwai landasan filosofis dari Sila Kemanusiaan yang Adil dan Beradab beserta Sila Persatuan Indonesia dalam dasar negara Pancasila
Dadang Solihin Policy Brief Nomor 002/Juni 2025Dadang Solihin
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Dengan tema Membangun Bangsa dengan Asta Cita dapat diterbitkan pada bulan Juni 2025. Edisi ini hadir sebagai kontribusi strategis dalam mendalami dan menganalisis visi besar pemerintahan Prabowo Subianto periode 20252029 melalui perspektif Ketahanan Nasional dan Kepemimpinan Nasional.
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Modul Ajar Matematika Tingkat Lanjut Kelas 12 SMA/MA Fase F Kurikulum MerdekaModul Kelas
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Ke-ipnu-an
1. Ke-IPNU-an
(PC IPNU Kab. TEGAL)
Pendahuluan
Ikatan Pelajar Nahdlatul Ulama ( IPNU ) merupakan wadah behimpun,
wadah komunikasi, wadah aktualisasi dan wadah kaderisasi bagi generasi muda
Nahdlatul Ulama. Dengan demikian semangat perjuangannya senantiasa dijiwai dan
dilandasi semangat Nahdliyah.
Sebagai organisasi yang bernaung di bawah panji Nahdlatul Ulama, maka
IPNU senantiasa berorientasi pada wawasan kebangsaan, wawasan ke-Islaman,
wawasan keilmuan, wawasan kekaderan, dan wawasan keterpelajaran. Hal ini
diupayakan dalam usaha penggalian dan pembinaan sumber daya anggota yang
senantiasa mengamalkan kerja nyata demi tegaknya ajaran Islam Ahlussunnah
waljamaah dalam kehidupan masyarakat Indonesia yang berdasarkan Pancasila dan
UUD45.
Latar Belakang Kelahiran IPNU
(Sekilas Sejarah IPNU)
Dalam perjalanan sejarahnya, IPNU mengalami tiga fase/masa sejak berdiri
pada tahun 1954 sampai saat ini. Pertama, adalah fase kelahiran IPNU sebagai
organisasi pelajar; kedua, fase perubahan nama dari pelajar menjadi putra; ketiga,
fase kembalinya IPNU menjadi pelajar.
Sebenarnya sebelum IPNU berdiri sudah muncul gagasan dikalangan
pelajar/santri NU untuk mendirikan organisasi yang berpijak pada dasar keyakinan
Islam Ahlussunah waljamaah.
Semisal Tsamarotul Mustafidin (1936) di Surabaya, Persatuan Santri
Nahdlatul Oelama (Persano), dan Persatuan Murid Nahdlatul Oelama (1945) di
Malang, Ijtimauth Tholaiyah (1945) di Madura, Persatuan Pelajar Nahdlatul Oelama
(Perpeno) th. 1953 di Kediri,Ikatan Pelajar Nahdlatul Oelama (IPENO) th 1954 di
Medan.
Titik kesamaan itulah yang kemudian memberikan inspirasi untuk menyatu
dan mengorganisir dalam satu ikatan organisasi yang kokoh dalam wadah nasional.
Dan atas usaha rekan Tolkhah Mansur dalam forum Kongres Maarif NU, 24 pebruari
1954 / 20 jumadil ajkhir 1373 di Semarang disepakati berdirinya Ikatan Pelajar
Nahdlatul Ulama. Moment inilah yang sampai sekarang kita peringati sebagai hari
lahirnya Ikaran Peljar Nahdlatul Ulama (IPNU). Hal lain yang melatarbelakangi
berdirinya IPNU adalah sisa kolonialisme berupa politek De vide et impera masih
gampang dimunculkan, sehingga perlu adanya alat pemersatu antar pelajar umum
dengan pelajar santri khususnya di kalangan pelajar NU.
Perjalanan IPNU dari Masa ke Masa
IPNU adalah organisasi yang salah satu tujuannya adalah untuk
mempersatukan para pelajar NU. Awal berdirinya IPNU merupakan akronim dari
Ikatan Pelajar Nahdlatul Ulama. Namun pada masa Orde Baru, setelah
dikeluarkannya UU No. 8 tahun 1985, maka IPNU harus mngubah nama dan azaz.
Nama IPNU yang dulunya kepanjangan dari Ikatan Pelajar Nahdlatul Ulama berubah
menjadi Ikatan Putra Nahdlatul Ulama. Perubahan nama ini dikukuhkan pada kongres
IPNU ke-10 pada tahun 1988 di Jombang. Banyak yang beranggapan kalau dengan
perubahan akronim tersebut semakin memperluasd garapan IPNU. Padahal
sebenarnya sama saja. Malah dengan perubahan nama tersebut mengakibatkan
kerancuan kader NU.
Begitu juga dengan azaz yang dipakai IPNU, sebelum adanya UU tersebut
IPNU berazaz Islam Ahlussunnah wal jamaah, tetapi dengan adanya UU tersebut
berubah menjadi azaz Pancasila.
2. Setelah tumbangnya Orde baru, IPNU berusaha kembali kepada posisi awal
yakni sebagai organisasi pelajar. Kemudian pada kongres IPNU ke-13 di Makassar,
berubah mengmbalikan IPNU pada visi kepelajaran dengan mengembangakan IPNU
di wilayah pondok pesantren dan sekolah serta perguruan tinggi. Kemudian wacana
tersebut dilanjutkan pada kongres IPNU ke-14 di Surabaya yang mencetuskan
keputusan bahwa IPNU kembali menjadi organisasi pelajar dengan kepanjangan dari
Ikatan Pelajar Nahdlatul Ulama. Dengan adanya perubahan nama dari putra
menjadi pelajar maka memungkinkan dibentuknya IPNU di pondok pesantren
maupun sekolah.
Visi dan Misi IPNU
Visi IPNU adalah terwujudnya pelajar-pelajar bangsa yang bertaqwa kepada
Allah SWT, berakhlakul karimah, menguasai ilmu pengetahuan dan tekhnologi,
memiliki kesadaran dan tanggungjawab terhadap terwujudnya tatanan masyarakat
yang berkeadilan dan demokratis atas dasar ajaran Islamahlussunah waljamaah.
Misi IPNU yaitu melakukan pembinaan dan pemberdayaan para pelajar(siswa
dan santri), serta mempengaruhi kebijakan-kebijakan pihak-pihak yang terkait dengan
pembinaandan pemberdayaan para pelajar tersebut.
Posisi IPNU
Intern
IPNU sebagai Badan Otonom NU secara organisatoris memiliki kedudukan
dan derajat yang sama dengan badan otonomn lainnya. Karena posisinya sebagai
badan tonom, maka IPNU mempunyai tugas melaksanakan kebijakan NU.
Ekstern
IPNU merupakan bagian dari generasi muda Indonesia yang mempunyai
tanggung jawab untuk mewujudkan cita-cita bangsa, yaitu keadilan sosial, ekonomi,
politik bagi seluruh rakyat Indonesia.
Fungsi IPNU
IPNU berfungsi sebagai berikut :
1. Wadah berhimpun pelajar NU untuk melanjutkan semangat perjuangan, dalam
mempertahankan nilai-nilai nahdliyin.
2. Sebagai wadah komunikasi Pelajar NU untuk menggalang ukhuwah
Islamiyah.
3. Sebagai wadah aktualisasi pelajar NU dalam mewujudkan kemaslahatan
Ummat.
4. Sebagai wadah kaderisasi pelajar NU untuk mempersiapkan kader-kader
generasi bangsa.
Nilai-nilai
Dalam melakukan aktifitas perjuangan dan pengembangan IPNU di tengah-tengah
masyarakat, kader-kader IPNU senantiasa harus berpedoman pada 5 (lima) prinsip
dasar berupa nilai-nilai strategis dari ajaran Islam. Kelima prinsip dasar itu disebut
al-mabadi al-khomsah, yaitu:
1. Al-Shidqu
Mengandung arti kejujuran/kebenaran, kesungguhan, dan keterbukaan
2. Al-Amanah wa al-wafa bi al-ahdi
Dapat dipercaya, setia, dan tepat janji
3. Al-Adalah
Mengharuskan orang berpegang pada kebenaran obyektif dan menempatkan
segala sesuatau pada tempatnya.
3. 4. Al-Taawun
Pengertian taawun meliputi tolong-menolong, setia kawan dan gotong royong
dalam kebaikan dan taqwa. Taawaun juga mengandung arti timbal balik dari masing-masing
pihak untuk memberi dan menerima.
5. Istiqomah
Istiqomah mengandung arti berkesinambungan dan berkelanjutan, dalam
pengertian tetap dan tidak bergeser dari jalur dan ketentuan Allah SWT dan Rasul-
Nya, tuntunan yang diberikan salafus shaleh, dan aturan main serta rencana yang
disepakati bersama.
Akhiran
Sebagai kata akhir, maju dan mundurnya NU di masa yang akan datang
tergantung pada kuat dan lemahnya generasi IPNU saat ini. Pemuda saat ini adalah
pemimpin di masa yang akan datang. Selamat dan semangat untuk Belajar,
Berjuang, dan Bertaqwa.
: ) A.M. ( :