Laboratories and halls-Computer Engineering Department - College of Engineering | College of Engineering - University of Basrah

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Laboratories and halls-Computer Engineering Department

*YEAR 1*
*First semester*	*Units*	*Hours*	*Second semester*	*Units*	*Hours*
*Lab1(Programming+ Electrical Circuits)*	3	*3+3*	*Lab2(OOP + Digital Logic)*	3	*3+3*
*Programming Experiments:* *writing C++ programing* *variable and data type* *condition statements* *loops* *functions* *arrayes* *Electrical Circuits Experiments:* *Ohm's Law +Kirchodf's Law* *Star - delta anddelta -star transdormation* *Wheatstone Bridge* *Super position theorem* *Thevenins theorem* *Max power transfer* *The Oscilloscope and the Function Generator* *Transient Response of an RC Circuit* *RC and RLseries circuits* *RLC series circuits* *Resonance in Series RLC Circuits* *Resonance in Parallel RLC Circuits*		3 3	*OOP Experiments:* *class and objects* *access specifier* *function overview* *inherantance and ambiguty* *constructor and destructor* *encabsulation and abstraction* *pointer* *functions* *linked list* *operation on link lists* *stack* *queue* *Digital Logic Experiments:* *Boolean Algebra and Logic Gates* *Karnaugh Maps* *Adders – Subtractors* *Comparator Circuits* *Decoders & Encoders* *Multiplexer & De multiplexer* *Flip - Flops*		3 3

Computer Department Laboratories

*Year 2*
*First semester*	*Units*	*Hours*	*Second semester*	*Units*	*Hours*
*Lab3(Digital Design + Device Physics)*	3	*3+3*	*Lab4(Computer Organization+ Algorithms)*	3	*3+3*
*Digital Design Experiments:* *Basic Logic Gates.* *Combinational Logic Circuits.* *Arithmetic Circuits.* *Encoders and Decoders.* *Multiplexers and Demultiplexers.* *Flip – Flops.* *Counters.* *Shift Registers.* *Multivibrator Circuits.* *Device Physics Experiments:* *Rectifier circuits* *Clipping circuits* *Clamping circuits* *Zener diodes* *LED diodes* *BJT amplifier*		3 3	*Computer Organization* *Experiments:* *The Debug Program* *Data Transfer Instructions-part 1* *Data Transfer Instructions-part 2* *Arithmetic Instructions-part 1* *Arithmetic Instructions-part 2* *Logical Instructions* *Shift and Rotate Instructions* *Control Flow Instructions-part 1* *Control Flow Instructions-part 2* *Subroutine Instructions* *Algorithms Experiments:* *Linear and Binary search* *Greedy Algorithms* *Insertion sort* *Selection sort* *Bubble and shell sort* *Merge sort* *Quick sort* *Heap Tree and Heap sort* *Binary tree* *Binary search tree*		3 3

*Year 3*
	*Units*	*Hours*		*Units*	*Hours*
*Lab5( OS + Matlab + Electronics)*	4	*3+2+3*	*Lab6( Microprocessor+ OSP + DSP)*	4	*3+3+2*
*OS Experiments:* *guide to ububtu linx system* *shell features* *identifying and creating commands* *working with file contents* *file sorting types* *Archieves and compression* *text editor* *Matlab Experiments:* *Matlab Basics* *Matlab Statements* *Introduction To Matlab Simulink* *Math Operations In Simulink* *The Logic And Bit Operations* *Electronics* *Experiments:* *1- Linear application of Op-Amp* *a. Inverting amplifier* *b. Non-inverting amplifier* *c. Integrator* *d. Differentiator* *2- Non-linear application of Op-Amp* *a. Half-wave rectifier* *b. Full-wave rectifier* *c. The comparator* *d. The Schmitt triggers* *e. Astable MVBR using op-amp* *f. Low pass and High pass filters using op-amp* *3- Oscillator*		3 2 3	*Microprocessor Experiments:* *I/O Interface:* *Programmable Peripheral Interface PPI.* *Programmable Interval timer PIT.* *Interrupts:* *Software Interrupts.* *Hardware Interrupts.* *System clock sing IBM PC Interrupts:* *Foreground/Background tasks.* *Multi-tasking programming.* *OSP* *Experiments:* *Intoduction to Shell script* *Advanced Shell Scripting* *process management with system calls and interrupt handler* *Memory management and I/O configuration* *Network configuration (TCP/IP)* *DSP* *Experiments:* *Digital Signal Processing BASICS Part (1)* *Digital Signal Processing BASICS Part (2)* *Discrete Systems* *The Discrete-Time Fourier Analysis*		3 3 2

*Year 4*
	*Units*	*Hours*		*Units*	*Hours*
*Lab7(Software Design+ Control system)*	3	*3+3*	*Lab8(Embedded Computing+ Networks)*	3	*3+3*
*Software Design Experiments:* *Introduction to web designing with HTML.* *HTML utilities with form design and adding table.* *HTML with multiple frames.* *Web style CSS.* *Dynamic web page with Java script.* *Introduction to Web server with PHP and MYSQL (WAMP).* *Designing web server with adding Database.* *Control system* *Experiments:* *Introduction* *PLC I/O Practice* *3-Digital Logic Function* *Tank Level Controller* *Timer* *Counter* *Functions* *Position Control* *Stepping Motor Circuit Practice using Timer* *Motor's Upper/Lower Limit(Linear Movement Circuit)* *Trafic Light Controller* *12-Other PLC( applications )*		3 3	*Embedded Computing* *Experiments:* *Microcontroller basics* *Serial seven segment LED display shield* *Controlling relay switches using an IR remote* *Wireless communication between two Microcontrollers* *Microcontroller Crowtail and Easy Pulse Plugin* *Microcontroller measures heart beat rate from fingertip* *Temperature, Pressure, and Altitude meter using BMP180* *Portable Bluetooth-Enabled LED Matrix Display* *PC-based heart rate monitor* *Large seven segment LED display driver* *Digital light meter using BH1750FVI sensor* *Temperature Measurement using MCP9802* *Temperature and Humidity Meter: Step-by-step guide* *Networks Experiments:* *Design and implementation of a peer to peer LAN.* *Internet connection setting.* *Basic Cisco Router configuration.* *Static route configuration.* *RIP configuration.* *OSPF configuration.* *Cisco IOS access lists.* *Switching.*		3 3