Канал: Shreyas Nisal

Research Internship at MIT Media Lab

Research Internship at MIT Media Lab

Twilio Internship Experience

Twilio Internship Experience

Parsing using Bison

Parsing using Bison

Twilio Interview Experience

Twilio Interview Experience

Brick Breaker in Unity: Collisions

Brick Breaker in Unity: Collisions

How I Landed my Thesis at Monash University

How I Landed my Thesis at Monash University

Brick Breaker in Unity: Ball and Paddle Movement

Brick Breaker in Unity: Ball and Paddle Movement

Brick Breaker in Unity: Tile Generator Script

Brick Breaker in Unity: Tile Generator Script

Brick Breaker in Unity: Assets and Project Setup

Brick Breaker in Unity: Assets and Project Setup

Playing around with Unity

Playing around with Unity

The Difference between Apps and Games

The Difference between Apps and Games

Quiz with Voice

Quiz with Voice

Coding with Voice

Coding with Voice

Lexical Analysis using Flex

Lexical Analysis using Flex

#11: Left Recursion in Recursive Descent Parsing

#11: Left Recursion in Recursive Descent Parsing

#10: Recursive Descent Parsing

#10: Recursive Descent Parsing

#9: Removing Ambiguities in Grammars

#9: Removing Ambiguities in Grammars

#8: Derivations and Ambiguous Grammars

#8: Derivations and Ambiguous Grammars

#7: Parsing Overview

#7: Parsing Overview

Compilers #6: Ambiguities in Lexical Analysis

Compilers #6: Ambiguities in Lexical Analysis

Compilers #5: Lexical Analysis Algorithm

Compilers #5: Lexical Analysis Algorithm

Compilers #4: Challenges in Lexical Analysis

Compilers #4: Challenges in Lexical Analysis

Compilers #3: Lexical Analysis Overview

Compilers #3: Lexical Analysis Overview

Compilers #2: Compiler vs Interpreter

Compilers #2: Compiler vs Interpreter

Compilers #1: Introduction

Compilers #1: Introduction

Setting up MySQL with Sublime Text

Setting up MySQL with Sublime Text

Theory of Computation #49: Turing Machine Example

Theory of Computation #49: Turing Machine Example

Theory of Computation #48: Turing Machine Example

Theory of Computation #48: Turing Machine Example

Theory of Computation #47: Turing Machine Definition

Theory of Computation #47: Turing Machine Definition

Theory of Computation #46: Turing Machine Intuition

Theory of Computation #46: Turing Machine Intuition

Theory of Computation #45: Context-Sensitive and Recursively Enumerable Languages

Theory of Computation #45: Context-Sensitive and Recursively Enumerable Languages

Theory of Computation #44: Limitations of CFGs

Theory of Computation #44: Limitations of CFGs

Theory of Computation #43: CFG to PDA Example

Theory of Computation #43: CFG to PDA Example

Theory of Computation #42: Converting CFG to PDA

Theory of Computation #42: Converting CFG to PDA

Theory of Computation #41: Deterministic Pushdown Automata

Theory of Computation #41: Deterministic Pushdown Automata

Theory of Computation #40: Pushdown Automaton Example

Theory of Computation #40: Pushdown Automaton Example

Theory of Computation #39: Pushdown Automata Formal Definition

Theory of Computation #39: Pushdown Automata Formal Definition

Theory of Computation #38: Pushdown Automata Intuition

Theory of Computation #38: Pushdown Automata Intuition

Theory of Computation #37: Greibach Normal Form

Theory of Computation #37: Greibach Normal Form

Theory of Computation #36: Eliminating Left Recursion

Theory of Computation #36: Eliminating Left Recursion

Theory of Computation #35: Recursive Grammars

Theory of Computation #35: Recursive Grammars

Theory of Computation #34: Leftmost and Rightmost Derivations

Theory of Computation #34: Leftmost and Rightmost Derivations

Theory of Computation #33: Parse Trees

Theory of Computation #33: Parse Trees

Theory of Computation #32: Converting CFG to CNF | Example

Theory of Computation #32: Converting CFG to CNF | Example

Theory of Computation #31: Converting a CFG to CNF

Theory of Computation #31: Converting a CFG to CNF

Theory of Computation #30: Chomsky Normal Form Overview

Theory of Computation #30: Chomsky Normal Form Overview

Theory of Computation #29: Simplifying CFGs | Unit Productions

Theory of Computation #29: Simplifying CFGs | Unit Productions

Theory of Computation #28: Simplifying CFGs | Null Productions

Theory of Computation #28: Simplifying CFGs | Null Productions

Theory of Computation #27: Simplifying CFGs | Useless Productions

Theory of Computation #27: Simplifying CFGs | Useless Productions

#17: Final Touches | 2048 Game React Native Windows

#17: Final Touches | 2048 Game React Native Windows

#16: Starting with Random Tiles | 2048 Game React Native Windows

#16: Starting with Random Tiles | 2048 Game React Native Windows

#15: Restarting the Game | 2048 Game React Native Windows

#15: Restarting the Game | 2048 Game React Native Windows

#14: Lose Check | 2048 Game React Native Windows

#14: Lose Check | 2048 Game React Native Windows

#13: Win Condition | 2048 Game React Native Windows

#13: Win Condition | 2048 Game React Native Windows

#12: Scoring System | 2048 Game React Native Windows

#12: Scoring System | 2048 Game React Native Windows

Theory of Computation #26: Finding Minimum Pumping Length

Theory of Computation #26: Finding Minimum Pumping Length

#11: Right, Up, Down Moves | 2048 Game React Native Windows

#11: Right, Up, Down Moves | 2048 Game React Native Windows

Theory of Computation #25: Pumping Lemma (Context-free Languages)

Theory of Computation #25: Pumping Lemma (Context-free Languages)

Row vs Column-wise Access of 2D Arrays

Row vs Column-wise Access of 2D Arrays

Theory of Computation #24: Pumping Lemma Example

Theory of Computation #24: Pumping Lemma Example

Theory of Computation #23: Using the Pumping Lemma

Theory of Computation #23: Using the Pumping Lemma

Theory of Computation #22: Pumping Lemma (Regular Languages) Overview

Theory of Computation #22: Pumping Lemma (Regular Languages) Overview

#10: Popping Random Tiles | 2048 Game React Native Windows

#10: Popping Random Tiles | 2048 Game React Native Windows

#9: Left Move | 2048 Game React Native Windows

#9: Left Move | 2048 Game React Native Windows

#8: Game Grid Design Part-2 | 2048 Game React Native Windows

#8: Game Grid Design Part-2 | 2048 Game React Native Windows

#7: Game Grid Design Part-1 | 2048 Game React Native Windows

#7: Game Grid Design Part-1 | 2048 Game React Native Windows

#6: Game Screen Buttons | 2048 Game React Native Windows

#6: Game Screen Buttons | 2048 Game React Native Windows

#5: Menu Design Part-2 | 2048 Game React Native Windows

#5: Menu Design Part-2 | 2048 Game React Native Windows

#4: Menu Design Part 1 | 2048 Game React Native Windows

#4: Menu Design Part 1 | 2048 Game React Native Windows

#3: Setting Up Screens | 2048 Game React Native Windows

#3: Setting Up Screens | 2048 Game React Native Windows

#2: Project Structure | 2048 Game React Native Windows

#2: Project Structure | 2048 Game React Native Windows

#1: 2048 Game in React Native Windows

#1: 2048 Game in React Native Windows

React Native Windows #3: Themes

React Native Windows #3: Themes

React Native Windows #2: Navigation

React Native Windows #2: Navigation

React Native Windows #1: Setting Up

React Native Windows #1: Setting Up

Theory of Computation #21: Context-free Grammars | Examples

Theory of Computation #21: Context-free Grammars | Examples

Theory of Computation #20: Context-free Grammars | Definition

Theory of Computation #20: Context-free Grammars | Definition

Theory of Computation #19: Context-free Grammars | Introduction

Theory of Computation #19: Context-free Grammars | Introduction

Theory of Computation #18: Regular Languages

Theory of Computation #18: Regular Languages

Theory of Computation #17: State Minimisation Algorithm

Theory of Computation #17: State Minimisation Algorithm

Theory of Computation #16: State Minimisation Intuition

Theory of Computation #16: State Minimisation Intuition

Theory of Computation #15: NFA to DFA | Subset Construction

Theory of Computation #15: NFA to DFA | Subset Construction

Linux Kernel Compilation

Linux Kernel Compilation

Theory of Computation #14: Trap State

Theory of Computation #14: Trap State

Theory of Computation #13: JFlap

Theory of Computation #13: JFlap

Theory of Computation #12: NFA to DFA Conversion

Theory of Computation #12: NFA to DFA Conversion

Theory of Computation #11: DFA Tricks

Theory of Computation #11: DFA Tricks

Theory of Computation #10: Non-deterministic Finite Automata

Theory of Computation #10: Non-deterministic Finite Automata

Theory of Computation #9: Deterministic Finite Automata

Theory of Computation #9: Deterministic Finite Automata

Verilog #10: Parameters

Verilog #10: Parameters

Verilog #9: Adder

Verilog #9: Adder

Verilog #8: Register Width

Verilog #8: Register Width

Verilog #7: Analyzing Waveforms

Verilog #7: Analyzing Waveforms

Verilog #6: Assignment

Verilog #6: Assignment

Verilog #5: Modules

Verilog #5: Modules

Verilog #4: Registers

Verilog #4: Registers

Verilog #3: The Always Block

Verilog #3: The Always Block

Verilog #2: Delays

Verilog #2: Delays

Verilog #1: Introduction

Verilog #1: Introduction

#43: Size of Struct

#43: Size of Struct

#46: Makefile

#46: Makefile

#45: Header Guards

#45: Header Guards

#44: Modular Code

#44: Modular Code

#42: Structs

#42: Structs

Theory of Computation #8: Deterministic and Non-Deterministic Automata

Theory of Computation #8: Deterministic and Non-Deterministic Automata

Theory of Computation #7: Finite Automata

Theory of Computation #7: Finite Automata

Theory of Computation #6: Regular Expression Examples

Theory of Computation #6: Regular Expression Examples

Theory of Computation #5: Regular Expressions

Theory of Computation #5: Regular Expressions

Theory of Computation #4: String Operations

Theory of Computation #4: String Operations

Theory of Computation #3: Languages

Theory of Computation #3: Languages

Theory of Computation #2: Alphabets and Strings

Theory of Computation #2: Alphabets and Strings

Theory of Computation #1: Introduction

Theory of Computation #1: Introduction

#41: Unions

#41: Unions

#40: Enumeration

#40: Enumeration

#39: Typedef

#39: Typedef

#38: Streams

#38: Streams

#37: File Handling | Handling the Cursor

#37: File Handling | Handling the Cursor

#36: File Handling | File Modes

#36: File Handling | File Modes

#35: File Handling | Writing to Files

#35: File Handling | Writing to Files

#34: File Handling | Reading from Files

#34: File Handling | Reading from Files

#33: Command Line Arguments

#33: Command Line Arguments

#20: Conditions on Aggregate Functions

#20: Conditions on Aggregate Functions

#19: Grouping Rows

#19: Grouping Rows

#18: Aggregate Functions

#18: Aggregate Functions

#32: String Arrays

#32: String Arrays

#31: String Functions

#31: String Functions

#30: String Input

#30: String Input

#29: Strings

#29: Strings

#17: Limiting Results

#17: Limiting Results

#16: Sorting Results | SQL

#16: Sorting Results | SQL

#15: Subqueries | SQL

#15: Subqueries | SQL

#14: Rename Operator | SQL

#14: Rename Operator | SQL

#13: Expression Trees | Relational Algebra

#13: Expression Trees | Relational Algebra

#28: Dynamic Memory Allocation

#28: Dynamic Memory Allocation

#12: Assignment Operator | Relational Algebra

#12: Assignment Operator | Relational Algebra

#11: Rename Operator | Relational Algebra

#11: Rename Operator | Relational Algebra

#10: SQL vs MySQL

#10: SQL vs MySQL

#27: Multidimensional Arrays

#27: Multidimensional Arrays

#26: Arrays and Pointers

#26: Arrays and Pointers

#25: Arrays

#25: Arrays

#9: Set Operators | SQL

#9: Set Operators | SQL

#8: Joins in SQL

#8: Joins in SQL

#7: Queries in SQL

#7: Queries in SQL

#6: Set Operators | Relational Algebra

#6: Set Operators | Relational Algebra

#5: Relational Algebra Introduction

#5: Relational Algebra Introduction

#4: Data Manipulation Language

#4: Data Manipulation Language

#3: Data Definition Language

#3: Data Definition Language

#2: Relational Model

#2: Relational Model

#1: Introduction

#1: Introduction

#24: Recursion

#24: Recursion

#23: Functions Part-2

#23: Functions Part-2

#22: Functions Part-1

#22: Functions Part-1

#21: Pointers

#21: Pointers

#20: Nested Loops

#20: Nested Loops

#19: The Do-While Loop

#19: The Do-While Loop

#18: Loop Control

#18: Loop Control

#17: Compilation Process

#17: Compilation Process

#16: Operators

#16: Operators

#15: Formatting I/O

#15: Formatting I/O

#14: Switch Case

#14: Switch Case

#13: Decision Ladders

#13: Decision Ladders

#12: Decision Control in C

#12: Decision Control in C

#11: User Input

#11: User Input

#10: Variables in C

#10: Variables in C

#9: First C Program

#9: First C Program

#13: Data Encapsulation

#13: Data Encapsulation

#12: Introduction to Object Oriented Programming

#12: Introduction to Object Oriented Programming

#8: Decision Ladders in Shell Scripting

#8: Decision Ladders in Shell Scripting

#7: Decision Control in Shell Scripting

#7: Decision Control in Shell Scripting

#11: Modules

#11: Modules

#6: Arithmetic in Shell Scripting

#6: Arithmetic in Shell Scripting

#5: Variables in Shell Scripting

#5: Variables in Shell Scripting

#4: Shell Scripting

#4: Shell Scripting

#3: More Linux Commands

#3: More Linux Commands

#2: Linux Commands

#2: Linux Commands

#1: Linux File Structure

#1: Linux File Structure

#10: Exception Handling

#10: Exception Handling

#9: Functions Revisited

#9: Functions Revisited

#8: Loops Revisited

#8: Loops Revisited

#7: Built-in Data Structures

#7: Built-in Data Structures

#6: Functions

#6: Functions

#5: Strings

#5: Strings

#4: Loops

#4: Loops

#3: Decision Control

#3: Decision Control

#2: Variables

#2: Variables

#1: Introduction

#1: Introduction

#39: Graphics Game Part 1

#39: Graphics Game Part 1

#40: Graphics Game Part 2

#40: Graphics Game Part 2

#38: Graphics Basics

#38: Graphics Basics

#37: Multithreading Program

#37: Multithreading Program

#36: Multithreading

#36: Multithreading

#35: Networking

#35: Networking

#34: Buffered Reader and Writer

#34: Buffered Reader and Writer

#33: Java I/O

#33: Java I/O

#32: Chained Exceptions

#32: Chained Exceptions

#31: User-Defined Exceptions

#31: User-Defined Exceptions

#30: Exception Handling Program

#30: Exception Handling Program

#29: Exception Handling

#29: Exception Handling

#28: Two ArrayList Classes!

#28: Two ArrayList Classes!

#27: List Iterators

#27: List Iterators