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Description
| SESSION | OCT 2024 |
| PROGRAM | BATCHLER OF COMPUTER APPLICATIONS (BCA) |
| SEMESTER | IV |
| COURSE CODE & NAME | DCA 2203 |
Set-I
- Explain the role and functionality of the segment registers in the Bus Interface Unit (BIU) of a microprocessor. Describe the purpose of the Code Segment (CS) register and the Stack Segment (SS) register, and how they interact with other components of the microprocessor. 5+ 5
Ans 1.
Role and Functionality of Segment Registers in the Bus Interface Unit (BIU) of a Microprocessor
The Bus Interface Unit (BIU) in a microprocessor is responsible for managing the communication between the processor and the memory or I/O devices. It handles address calculations, data transfer, and memory segmentation. Segment registers are an integral part of the BIU, which is used to organize memory into segments and ensure efficient access to different sections of memory.
Segment registers divide the memory
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- What is two pass Assembler? Define its advantages Over Single-Pass Assembler. 5+ 5
Ans 2.
An assembler is a program that translates assembly language instructions into machine code, which can be directly executed by a microprocessor. Assemblers can be classified into two types based on the number of passes they make over the source code: single-pass assembler and two-pass assembler. The two-pass assembler processes the source code twice, while a single-pass assembler processes it
- Define the difference between macro and Function. Explain macro expansion and nested macro calls with the help of example.
Ans 3.
Difference Between Macro and Function
A macro and a function are both used to define reusable code blocks in programming, but they differ significantly in their behavior, implementation, and execution. A macro is a preprocessor directive that substitutes code at compile time, while a function is a block of code that is executed at runtime.
Macros are expanded by the
Set-II
- Define the different phases of the compiler. Explain the importance of the Symbol table in a compiler.
Ans 4.
Different Phases of the Compiler
A compiler is a software tool that translates high-level programming code into machine code. The process of compilation is divided into multiple phases to ensure systematic and efficient code translation. These phases are as follows:
- Lexical Analysis: This is the first phase of the compiler, where the source code is divided into meaningful
- Explain the differences between stream editors, line editors, screen editors, and structure editors, providing examples of each type. Discuss how each type of editor is suited to different editing tasks and user environments.
Ans 5.
Differences Between Stream Editors, Line Editors, Screen Editors, and Structure Editors
Text editors are software tools used for creating and modifying text, and they can be categorized into different types based on their design and interaction modes: stream editors, line editors, screen editors, and structure editors. Each type of editor serves specific tasks and caters to different user
- Explain the main components of android architecture. Define the role of Dalvik Virtual Machine (DVM) in Android.
Ans 6.
Main Components of Android Architecture
Android is an open-source operating system developed for mobile devices, and its architecture is organized into multiple layers to ensure flexibility, modularity, and efficient operation. The main components of Android architecture include the Linux Kernel, Hardware Abstraction Layer (HAL), Native Libraries,