FOR THIS ASSIGNMENT $,$ YOU MUST ANALYZE AND CALCULATE HOW LONG THE FOUR TASK WOULD TAKE ON THE FOLLOWING SYSTEMS. $"$ IMAGINE A SCENARIO WHERE $10$ VIDEO FILES OF SIZE $1$GB EACH NEEDED TO BE RENDERED, AND ASSUME THAT EACH FILE TAKES $128$ SECONDS TO BE RENDERED ON A $32-$BIT $3\mathrm{.}5$ GHZ SINGLE$-$CORE SCALAR CPU". $1)$ A $64-$BIT $3\mathrm{.}5$ GHZ SINGLE$-$CORE SCALAR CPU. $2)$ A $32-$BIT $3\mathrm{.}5$ GHZ SINGLE SCALAR CPU WITH INSTRUCTION PIPELINING. $3)$ A$32-$BIT $3\mathrm{.}5$ GHZ QUAD$-$CORE SCALAR CPU WITHOUT PIPELINING. $4)$ FIVE $32-$BITS $3\mathrm{.}5$ GHZ SINGLE$-$CORE SCALAR CPUS ACROSS A NETWORK WITH UPLOAD AND DOWNLOAD SPEEDS OF $100$ MBPS$.*$STATE ALL ASSUMPTIONS CLEARLY AND SHOW ALL RELEVENT CALCULATIONS, ILLUSTRATIONS, AND CONCLUDE BY STATING WHICH SYSTEM PROVES TO BE THE MOST EFFICIENT AND WHY? $*$DEVISE A COMPREHENSIVE STRATEGY FOR STRONG SOFTWARE AND HARDWARE ARCHITECTURES THAT MUST BE IN PLACE TO SUPPORT CONCURRENT SYSTEMS, WITH SUPPORTING FIGURES, TABLES AND ILLUSTRATIONS.