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In conclusion, to build a development or technology, one must make sure that the function in the software system works fine. Successful software also survives beyond normal life of the machine vehicle for which it is first written. High-level language also frees a program from much of its accidental complexity. It can furnish all the constructs the programmer imagines in the abstract program. An order-of-magnitude gain can be made by object-oriented programming only if the unnecessary underbrush of type specification remaining today in our programming language is itself responsible for nine-tenths of the work involved in designing a program product. The use of integrated database systems to keep track of the myriads of details that must be recalled accurately by the individual programmer and kept current in a group of collaborators on a single system must be realized in the programming environment.

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In modern era, evolution of software is flourish from information gathering to the type of architect in software, but not all software works as it should that can lead the cause minor or major disaster in certain type of environment for example the explosion launching rocket ARIANE 5 by European Space Agency, that accident cost roughly $500 million dollar and with the development cost $7 billion due to production and all the cost making. From this investigation reporting that can analyse the issue and studying for the future proof in development software for all.

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Ariane 5 Rocket Launch And SpaceX Falcon 9 Launch | NBC News

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In conclusion, to build a development or technology, one must make sure that the function in the software system works fine. Successful software also survives beyond normal life of the machine vehicle for which it is first written. High-level language also frees a program from much of its accidental complexity. It can furnish all the constructs the programmer imagines in the abstract program. An order-of-magnitude gain can be made by object-oriented programming only if the unnecessary underbrush of type specification remaining today in our programming language is itself responsible for nine-tenths of the work involved in designing a program product. The use of integrated database systems to keep track of the myriads of details that must be recalled accurately by the individual programmer and kept current in a group of collaborators on a single system must be realized in the programming environment.

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From accident that occur in Ariane 5, based on article the No Silver Bullet – Essence and Accident in Software Engineering that have the guideline of solution in solving the main-point using the high-level language that have complexity and the abstract program that consist of conceptual construct, operation, data types, sequences and communication. Machine program concrete with bits, registers, conditions, branches, channels, disk, and such. Construct the programmer imagines in the abstract program in high level language that learn to maximize the as long with technology with different algorithm, data types, and operations. Nowadays, language development has been involved to reach the easiest language for user. There for, scientific intelligent increasing development research of language same as human language.

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On June 4th 1996, world have been shocked by the news by The Explosion of the Ariane 5 from Kourou, French Guiana. The root cause had been explained by European Space Agency due to software error in inertial reference system. System running in 64-bit floating number and converted in 16 bit that the number is too big can cause the error in velocity rocket and result overflow. The largest integer that can be store in 16-bit signed integer, but the software calculates 32,767 and thus conversion failed.

The failed of calculation cause Ariane 501 loss of altitude information in 37 second from the start after engine initialize after the lift-up. This disintegration had begun an instant before, when the spacecraft swerved off course under the pressure of the three powerful nozzles in its boosters and main engine. The rocket was making an abrupt course correction that was not needed, compensating for a wrong turn that had not taken place.

Steering was controlled by the on-board computer, which mistakenly thought the rocket needed a course change because of numbers coming from the inertial guidance system. That device uses gyroscopes and accelerometers to track motion. The numbers looked like flight data bizarre and impossible flight data but were actually a diagnostic error message. The guidance system had in fact shut down.

When the guidance system's own computer tried to convert one piece of data the sideways velocity of the rocket from a 64-bit format to a 16-bit format. The number was too big, and an overflow error resulted. When the guidance system shut down, it passed control to an identical, redundant unit, which was there to provide backup in case of just such a failure. But the second unit had failed in the identical manner a few milliseconds before. It was running the same software.

This bug belongs to a species that has existed since the first computer programmers realized they could store numbers as sequences of bits, atoms of data, ones and zeroes: 1001010001101001 in binary number. A bug like this might crash example computer program such as a spreadsheet or word processor on a bad day. Ordinarily, though, when a program converts data from one form to another, the conversions are protected by extra lines of code that watch for errors and recover gracefully. Indeed, many of the data conversions in the guidance system's programming included such protection.

But in this case, the programmers had decided that this particular velocity figure would never be large enough to cause trouble. After all, it never had been before. Unluckily, Ariane 5 was a faster rocket than Ariane 4. One extra absurdity the calculation containing the bug, which shut down the guidance system, which confused the on-board computer, which forced the rocket off course, actually served no purpose once the rocket was in the air. Its only function was to align the system before launch suppose should have been turned off. But engineers chose long ago, in an earlier version of the Ariane, to leave this function running for the first 40 seconds of flight meant to make it easy to restart the system in the event of a brief hold in the countdown.

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The ACU payload adapter ensures interfaces between the launcher and its payload(s). This component consists of:

a conical or a cylindrical structure with:

an upper interface compatible with the spacecraft

a bottom bolted interface with the launcher

a separation system (generally a clamp-band) with springs to meet spacecraft separation requirements

an electrical system including satellite umbilical lines and vibration sensors

The Vulcain 2 engine develops 1,390 kN maximum thrust in vacuum. Its nozzle is gimballed for pitch and yaw control. The engine is turbopump-fed and regeneratively cooled. The thrust chamber is fed by two independent turbopumps using a single gas generator. A cluster of GH2 thrusters is used for roll control.

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The ACU payload adapter ensures interfaces between the launcher and its payload(s). This component consists of: a conical or a cylindrical structure with: an upper interface compatible with the spacecraft a bottom bolted interface with the launcher a separation system (generally a clamp-band) with springs to meet spacecraft separation requirements an electrical system including satellite umbilical lines and vibration sensors The Vulcain 2 engine develops 1,390 kN maximum thrust in vacuum.