Âúïðîñúò ìè å êúì èçó÷àâàëèòå ïàðàëåëíè êîìþòúðíè àðõèòåêòóðè. Kakúâ å ñïîðåä Âàñ òðÿáâà äà áúäå îòãîâîðà íà âúïðîñà :

Êàêâà å ìàêñèìàëíàòà ïðîèçâîäèòåëíîñò íà õîìîãåíåí êîíâåéð îò 4
ïðîöåñîðà, âñåêè ñ ïðîèçâîäèòåëíîñò 1 ìèëèîí èñòðóêöèè/ñåê è îáðàáîòêàòà íà äàííîâ åëåìåíò èçèñêâà 30, 40, 20 è 10 èíñòðóêöèè
ñúîòâåòíî? Ïðèåìà ñå. ÷å âðåìåòî çà èçïúëíåíèå íà âñè÷êè
òèïîâå èíñòðóêöèè å ïîñòîÿííî.

What is the maximum throughput of a homogenous pipeline in which four processors each handle one million instructions per second and processing a data item requires 30, 40, 20 and 10 instructions, respectively? Assume a constant execution time for all types of instructions.