Answer: design of the network
security for the network
documentation
identifying and fixing issues
Explanation: I just took the test
Specs:
CPU
R3000A 32bit RISC chip @ 33.8mhz - Manufactured by LSI Logic Corp.
Clearing capacity: 30 MIPS
Bus bandwidth: 132 Mb/sec
3D Geometry Engine
High speed matrix calculator
Clearing capacity: 66 MIPS
1.5 million flat-shaded polygons/sec
500,000 texture-mapped and light-sourced polygons/sec
Data Engine (MDEC)
Clearing capacity: 80 MIPS
CPU, direct bus connection
Also compatible with JPEG, H.261 files
Sound
ADPCM, 24 channels
Sampling frequency: 44.1 Khz
Graphics
16.7 million colors
Resolution: 256x224 - 740x480
Sprite/BG drawing
Adjustable frame buffer
No line restriction
Unlimited CLUTs (Color Look-Up Tables)
4,000 8x8 pixel sprites with individual scaling and rotation
Simultaneous backgrounds (Parallax scrolling)
360,000 polygons/sec
Memory:
Main RAM: 2 Megabytes
VRAM: 1 Megabyte
Sound RAM: 512 K
CD-ROM buffer: 32K
Operating System ROM: 512K
RAM cards for data save: 128K EEprom
Cd-rom
Double speed
<span>XA compliant
</span>
Number of sales: 102.49 million
Pros: Great game selection. Fantastic 3D graphics for the time, elegant console design, memory cards convenient and meant never running out of space and could play saved games on another console. Comfortable controllers, games stored in standard CD cases.
Cons: Long load times. <span>Often overheated which would cause audio skipping, even longer load times, and sometimes system failure! </span><span>Memory cards don't hold much.</span>
Games: Ridge Racer, Battle Arena Toshinden, and ESPN Extreme Games. on release. Later Spyro the Dragon, Tekken, Wipeout, Crash Bandicoot, Tomb Raider, Metal Gear Solid, Gran Turismo, Resident Evil, Silent Hill, Soul Blade, and Twisted Metal.
There are four types of alignment in word.
Left-aligned text
Right-aligned text
Center-aligned text
Justified text
Answer: tried using stack over flow and GitHub. The have most of the codes for everything
Explanation:
Information communication technology (ICT) is a crucial tool to support effective communication and decision-making under complex and uncertain environments of disasters by enhancing cognitive capacity of emergency managers. With the continuous influence and evolution of communication technologies, information sharing and decision-making has drastically changed and affects each phase of emergency management. Researchers continue to investigate the relationship of human involvement for spreading public safety information through ICT. With each disaster holding diverse characteristics influencing prediction, detection, and specific activities required for prevention, mitigation, response and recovery, the need for interoperable and dependable communication infrastructure, a common operating picture, and supportive regulations, policies, and practice greatly increases. Although a national public safety communication system was proposed, there are implementation challenges between local, state, and federal agencies. This paper briefly examines the evolution of the use of ICT for public safety along with current trends, benefits and challenges, and future needs.
