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Integer non-athletic operator syntheses is one of the main aspects of specialists that is not achievable

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easily.

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An article designed for in this section, I will explain the Atlas Library that provides arbitrary precision

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integer arithmetic operators.

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The section will review the synthesis and simulation aspects of this library.

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As I explained in the data type section we want, HLS provides a C++ template class that implements

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arbitrary integer data points.

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This class also provides all arithmetic, bitwise logical and relational operators allowed for native

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C integer types.

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In addition, this class provides methods to handle some useful, harder operations, such as allowing

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initialization and conversion of variables of width greater than 60 orbits, details for all operators

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and class methods will be discussed in this section.

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Using proper resources to implement an operator also known as resource allocation is one of the challenges

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that Etchells tools try to solve during synthesis understanding.

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The fundamental concepts behind the resource allocation helps us to write more optimal code by using

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the related compiler programs wisely in this section.

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I will explain how different types of hardware resources can be used to implement an arithmetic operation.

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This section consists of eight lectures, this lecture introduces the section, the next lecture will

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explain how natural as toolset synthesisers arithmetic operations on Native Sea Integer Data Tart's.

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Lecture three will explain how the US uses the operator overloading to apply arithmetic operators on

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arbitrary precision data types.

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The impact of a design clock, time and constraint on the sentence as a result will be described in

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the fourth lecture.

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In addition to the clock period, constrained resource constraints also have a direct impact on the

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actual synthesis flow in creating a combination of Salka Lecture five will clarify this impacts.

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After understanding the resource allocation and different types of computational resources in an FPGA

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platform, logistics will explain how to guide the HLA synthesis process to choose between different

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hardware resources.

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Integer division on modulus operators require a special attention, which will be covered in lectures.

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Finally, the last lecture will give you a couple of design exercises to practice all the concepts you

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have been learning throughout this section.