程序代写代做代考 CSE 2102: Final Exam Fall 2017

CSE 2102: Final Exam Fall 2017

Select one of the following cases and propose a detailed solution for the problem. Somethings you

will want to address are:

List of requirements Interfaces
Functional Programmatic
Non-functional User

Architecture Testing & verification
Design patterns Functional requirements
Required systems Non-functional requirements
System relationships
Levels of abstractions Development strategies

You will generally want to explain why you have made each decision, though the list of

requirements should not require that level of detail. You may use any of the forms of documentation

that we have discussed, such as English descriptions, UML diagrams, etc. You should expect to fill

several pages in order to describe your solution adequately. The cases describe the minimal criteria.

You can expand on the highlight features, but you will need to flesh out the requirements that are

needed to accomplish these goals.

Cases:

Snowball Fight: It’s winter now, and you know what that means: Snowball fights! But we

can’t always meet up with our friends, and somedays the weather just won’t cooperate and give us

that snow we need. This game is designed to help curb your urge to nail your friends and soak your

enemies. Snowball Fight is an FPS game designed around a winter wonderland—as long as your idea

of a wonderland involves abominable snowmen, blizzards and having massive snow boulders falling

on top of you. There are tons of enemies to peg, including snowmen, killer snowmen and abominable

snowmen—some of these may be your friends the rest are (soon to be) bloody enemies. You and

your friends will have access to tons of weapons including manual snowball flingers, a rapid fire

launcher and even an oversized mortar, to drop those aforementioned boulders! And while you’re

busy soaking your friends and enemies, you’ll also have to contend with the weather. It’s winter and

the weather can change at the drop of a hat. You may be tossed into a blizzard, an avalanche, hail or

even a white out at a moment’s notice or you might even experience the legendary diamond dust. If

that leaves you wanting for more, we’re constantly adding new features for cheap: holiday

decorations, new outfits, weapons or even (N)PC types, all for your enjoyment!

JamminGo: Ever tried to use your phone as a media player while on the move? It sucks: tiny

buttons, weird presses, complex choices, and the ever present ad for someone you’ve never heard of!

JamminGo is designed to give you easy access to your music, letting you select a long playlist before

you head out, or change it on the fly. But don’t worry, if your playlist runs out, JamminGo won’t leave

you in silence, it can just grab your next album to play, start selecting random songs from your entire

library, or even pick songs based on what you’ve been listening to recently. If you have run out of

music to listen to, JamminGo can make suggestions about new artists to check out, but only when you

ask for it. Until then, you can find what you want, even in a massive library like yours. You can filter

your catalog using as many criteria as you want. And if your first filter doesn’t do the trick, you can

just apply another one on top. The filtering can operate on any information that JamminGo has,

including file information, standard tags and even custom added tags. Our plug-in architecture allows

us to easily add new streaming services to keep you juiced up. Play your favorite internet radio

station, or pull something from Pandora.

CSE 2102: Final Exam Fall 2017

Manufacturing Robot Controller: This system is designed to allow engineers to design control

plans for various manufacturing robots. Engineers can select from various operations that are

available for a given robot and combine them to create processing plans. These are stored locally by

default, but they can be exported or imported into other machines that need to do the same task. A

bevy of statistics and sensor data is available for perusal. Any sensor data or usage data can be read

and used to warn of stoppage, hazards or maintenance issues. For those with networking available,

additional features are also accessible. The system can be accessed from a local network allowing

plans to be modified and submitted from the comfort of your desk. Robots can be configured to

modify their actions based on the actions of other robots. So, if one robot gets stuck, the others won’t

continue to run, damaging themselves in the process. The reporting data can also be sent back to a

central server to gain insight into large scale trends that are affecting your manufacturing plant. The

system is configured to allow multiple levels of users. Floor level operators can start, stop or reset a

system; an engineer can create, modify or delete plans; and administrators are capable of delegating

access rights to others.

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