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TitleCalculation of volume of cylinder and cuboid on the 8086 emulatorIntroduction2.1 The 8086 MicroprocessorIn the late 1970s, Intel created the 8086 microprocessor. It is the first member of the x86 microprocessor family, which comprises several popular CPUs found in personal computers. The 8086 microprocessor's architecture is based on a complex instruction set computer (CISC) architecture, which means it supports a diverse collection of instructions, many of which may execute several actions in a single instruction. The 8086 microprocessor features a 20-bit address bus that can address up to 1 MB of memory, as well as a 16-bit data bus for transferring data between the CPU and memory or I/O devices.The 8086 microprocessor consists of two major execution units: the execution unit (EU) and the bus interface unit (BIU). The BIU fetches and decodes instructions from memory, while the EU executes them. The BIU also handles data transport from the CPU to memory or I/O devices. The 8086 microprocessor includes the general-purpose registers, segment registers, and special registers. The general-purpose registers can be used to store data and perform arithmetic and logical operations, while the segment registers are used to address memory segments. The special registers include the flags register, which stores status information about the result of the previous operation, and the instruction pointer (IP), which points to the nextBlock Diagram of a 8086 MicroprocessorAssembly language is a low-level programming language that is intended to communicate directly with a computer's hardware. Unlike machine language, which consists of binary and hexadecimal

Gekoppeld krijgenand we don't know how else to get another expert linkedHierbij machtig ik, Somnath Pawar, als senior facility manager vanuit Tomtom Tanja Koelman vanuit Building Revolution om als expert gekoppeld te worden aan assessment 1143-BIU-2016.Dit omdat MaartenI, Somnath Pawar, as senior facility manager from Tomtom hereby authorize Tanja Koelman from Building Revolution to be linked to assessment 1143-BIU-2016 as an expert.This is because Maartenhou je kanker bekshut up cancerThis is a weird car because I am busyDit is een rare auto omdat ik het druk hebSets the foundation for the life you want tomorrowLegt de basis voor het leven dat je morgen wiltloop voken skommel manloop voken skommel manwho paid up front for stocking the shipdie vooraf heeft betaald voor het bevoorraden van het schipThere was a balance there - a panel of the ship’s officers had to judge whether the provisions were fit, and the Admiralty would then pay for them uneaten if condemned (balancing the books was alwaysEr was daar een evenwicht - een panel van scheepsofficieren moest beoordelen of de proviand geschikt was, en de Admiraliteit zou ze dan onopgegeten betalen als ze werden veroordeeld (het balanceren van de boeken was altijdHi,I am interested in booking the 4 day tour to paris and would like to know if you have any pickup locations near Amsterdam central station? Also can you please provide me more details like exact aHalloIk ben geïnteresseerd in het boeken van de 4-daagse tour naar Parijs en wil graag weten of er ophaallocaties

Belulangnya. Maka dari itu, setiap tahun sekali sehabis panen besar di bulan Agustus, setiap penduduk Baruppu selalu mengadakan Ma`nene, upacara pemakaman untuk menghormati leluhur, tak lain mendiang Pong Rumasek.Bagi masyarakat Baruppu, ritual Ma`nene juga dimaknai sebagai perekat kekerabatan di antara mereka. Bahkan Ma`nene menjadi aturan adat yang tak tertulis yang selalu dipatuhi setiap warga.Jenazah yang sudah jadi mummy saat peti dibuka. Foto: istKetika salah satu pasangan suami istri meninggal dunia, maka pasangan yang ditinggal mati tak boleh kawin lagi sebelum mengadakan Ma`nene. Mereka menganggap sebelum melaksanakan ritual Ma`nene, status mereka masih dianggap pasangan suami istri yang sah.Tapi, jika sudah melakukan Ma`nene, maka pasangan yang masih hidup dianggap sudah bujangan dan berhak untuk kawin lagi.Ritual Ma`nene sendiri dilakukan setiap tahun sekali. Ini merupakan salah satu warisan leluhur Toraja yang masih dipertahankan secara rutin hingga kini. Kesetiaan mereka terhadap amanah leluhur melekat pada setiap warga desa.Penduduk Desa Baruppu percaya jika ketentuan adat yang diwariskan dilanggar maka akan datang musibah yang melanda seisi desa. Misalnya, gagal panen atau salah satu keluarga akan menderita sakit berkepanjangan.Sekilas...Dalam bahasa Bugis, Toraja diartikan sebagai orang yang berdiam di negeri atas atau pegunungan. Namun, masyarakat Toraja sendiri lebih menyukai dirinya disebut sebagai orang Maraya atau orang keturunan bangsawan yang bernama Sawerigading.Berbeda dengan orang Toraja pada umumnya, masyarakat Baruppu lebih mengenal asal usulnya dari Ta`dung Langi' atau yang datang dari awan.Lama kelamaan Ta`dung Langi' yang menyamar sebagai pemburu ini menetap di kawasan hutan Baruppu dan kawin dengan Dewi Kesuburan Bumi. Karena itu, sering terlihat ketika orang Toraja meninggal dunia, mayatnya selalu dikuburkan di liang batu.Tradisi tersebut erat kaitannya dengan konsep hidup masyarakat Toraja bahwa leluhurnya yang suci berasal dari langit dan bumi. Maka, tak semestinya orang yang meninggal dunia, jasadnya dikuburkan dalam tanah. Bagi mereka hal itu akan merusak kesucian bumi yang berakibat pada kesuburan bumi.Seperti yang dilakukan keluarga besar Tumonglo. Bagi keluarga Tumonglo, ritual Ma`nene adalah sakral dan wajib dilakukan. Sejak pagi, keluarga ini sudah disibukkan serangkaian kegiatan ritual yang diawali dengan memotong kerbau dan babi. Bagi keluarga Tumonglo maupun sebagian besar masyarakat Toraja lainnya pesta adalah bagian yang tak terpisahkan setiap kali menghormati orang yang akan menuju nirwana. Meski mereka sudah banyak yang menganut agama-agama samawi, adat dan tradisi yang diwariskan para leluhurnya ini tak mudah ditinggalkan.Jenazah yang sudah jadi mummy saat peti dibuka. Foto: istKini, tiba saatnya keluarga Tumonglo menjalani ritual inti dari Ma`nene. Di bawah kuburan tebing batu Tunuan keluarga ini berkumpul menunggu peti jenazah nenek Biu–leluhur keluarga Tumonglo yang meninggal dunia setahun lalu–diturunkan.Tak jauh dari tebing, kaum lelaki saling bergandengan tangan membentuk lingkaran sambil melantunkan Ma`badong. Sebuah gerak dan lagu yang melambangkan ratapan kesedihan mengenang jasa mendiang yang telah wafat sekaligus memberi semangat pada keluarga almarhum.Bersamaan dengan itu, peti jenazah pun mulai diturunkan dari lubang batu secara perlahan-lahan. Peti kusam itu berisi jasad nenek Biu. Keluarga Tumonglo mempercayai bahwa ada kehidupan kekal setelah kematian. Sejatinya kematian bukanlah akhir dari segala risalah kehidupan. Karena itu, menjadi kewajiban bagi setiap keluarga untuk mengenang dan merawat jasad leluhurnya meski sudah meninggal dunia beberapa tahun lalu.Dalam ritual ini,

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Issue J – Review of the orbital position limitations in paragraph A1 and A2 of Annex 7 to RR Appendix 30Īgenda Item 9 – Director's Report – to consider and approve the Report of the Director of the Radiocommunication Bureau, in accordance with Article 7 of the Convention:Īgenda Item 9.1 – Activities of the Radiocommunication Sector since WRC-12Īgenda Item 9.1.1 – Protection of the MSS in the band 406-406.1 MHzĪgenda Item 9.1.2 – Coordination Arc ReductionĪgenda Item 9.1.3 – Use of the satellite orbits and spectrum for developing countriesĪgenda Item 9.1.4 – Updating and rearrangement of the Radio RegulationsĪgenda Item 9.1.5 – Protection of FSS for aeronautical use in Region 1Īgenda Item 9.1.6 – Studies towards review of the definitions of fixed service, fixed station, and mobile stationĪgenda Item 9.1.7 – Spectrum management guidelines for emergency and disaster relief radiocommunicationsĪgenda Item 9.1.8 – Regulatory Aspects for nano- and picosatellitesĪgenda Item 9.2 – Difficulties or inconsistencies in application of the Radio RegulationsĪgenda Item 10 – Future Conference Agenda Items.Issue I – Possible methods to mitigate excessive satellite network filings.Issue H – Using one space station to bring frequency assignments into use at different orbital locations with a short period of time.Issue G – Clarification of bringing into use information provided under RR Nos.Issue F – Modifications to RR Appendix 30B in relation to the suspension of use of a frequency assignment recorded in the MIFR.Issue E – Failure of a satellite during the 90-day bringing into use period.Issue D – General use of modern electronic means of communications and notification procedures.Issue C – Review or possible cancellation of the advance publication mechanism for satellite networks subject to coordination under section II of Article 9 of the Radio Regulations.Issue B – Publication of information on BIU of satellite networks at the ITU

Intel introduced the 8086 microprocessor in 1978, and its influence still remains through the popular x86 architecture.The 8086 was a fairly complex microprocessor for its time, implementing instructions in microcode with pipelining to improve performance.This blog post explains the microcode operations for a particular instruction, "ADD immediate".As the 8086 documentation will tell you, this instruction takes four clock cycles to execute.But looking internally shows seven clock cycles of activity.How does the 8086 fit seven cycles of computation into four cycles? As I will show, the trick is pipelining.The die photo below shows the 8086 microprocessor under a microscope.The metal layer on top of the chip is visible, with the silicon and polysilicon mostly hidden underneath. Around the edges of the die, bond wires connect pads tothe chip's 40 external pins.Architecturally, the chip is partitioned into a Bus Interface Unit (BIU) at the topand an Execution Unit (EU) below, which will be important in the discussion.The Bus Interface Unit handles memory accesses (including instruction prefetching), while the Execution Unit executes instructions.The functional blocks labeled in black are the ones that are part of the discussion below.In particular, the registers and ALU (Arithmetic/Logic Unit) are at the left and the large microcode ROM is in the lower-right.The 8086 die under a microscope, with main functional blocks labeled. This photo shows the chip's single metal layer; the polysilicon and silicon are underneath. Click on this image (or any other) for a larger version.Microcode for "ADD"Most people think of machine instructions as the basic steps that a computer performs.However, many processors (including the 8086) have another layer of software underneath: microcode.The motivation is that instructions usually require multiple steps inside the processor.One of the hardest parts of computer design is creating the control logic that directs the processor for each step of an instruction.The straightforward approach is to build a circuit from flip-flops and gates that moves through the various steps and generates the control signals.However, this circuitry is complicated, error-prone, and hard to design.The alternative is microcode: instead of building the control circuitry from complex logic gates, the control logic is largely replaced