Full documentation in the man pages.
Statistics helps businessman to plan production according to the taste of the costumers, the quality of the products can also be checked more efficiently by using statistical methods. So all the activities of the businessman based on statistical information.
Explanation:
- Industrial statisticians help build products and deliver services that satisfy customers and increase their company’s market share and profit margin. Statisticians help design the best product, guide the transition from design to manufacturing, ensure a consistently excellent product, manage customer satisfaction, and ensure a financially beneficial bottom line.
- Statistics is used to quantify the extent of variation in customer’s needs and wants. Statisticians design experiments for new products, conduct focus groups and sample surveys to gather customer feedback, and perform field experiments in test markets to determine produce viability and marketability.
- Reliable and accurate statistical software is arguably the most important tool available to statisticians in every field. Developing code that is both user-friendly and sufficiently complex is a challenging task, as is exploiting the rapidly occurring improvements in hardware platforms, graphics, and algorithms.
- Engineers work in electronics, chemicals, aerospace, pollution control, construction, and other industries. They may be responsible for leading large projects with significant costs, technical complexity, and responsibility. Statistical methods allow engineers to make a consistent product, detect problems, minimize chemical waste, and predict product life.
Solution:
Firstly the instructions are parsed, one at a time, and each instruction is converted to the equivalent machine language (ML) binary CPU commands.
The relative addresses are noted so that any jumps, loops, etc., can be updated to point to the correct (relative) address, and the binary codes representing the loop, jump, etc., will be replace with correct addresses.
Thus, once all instructions are converted to ML instructions, and all addresses are replaced by the actual (relative) in-memory address, all the instructions are written (as actual binary) to an executable file along with loading instructions (in machine language), telling the CPU where to put the executable program in memory, and then the starting address of the program so the CPU will know where to actually find the program within the memory.
ICS would bet he answer.
Good luck! (: