...Technology is ever changing in today’s world. Most people are accustomed to the traditional fixed line LAN, but there are others who are always on the go and would like to explore the possibility of cellular networks. The purpose of this paper is to compare and contrast several attributes of purely fixed line networks vs. having a purely cellular network. Fixed line networks have been and will continue to be a huge industry because the major players provide the backbone. For this reason alone, the company should not expect to pay outrageous prices for equipment. From a security standpoint, fixed line networks are less susceptible to wire sniffing attacks and more secure than cellular networks due to the fact that the hacker would have to gain access to the fixed line network rather than simply intercepting the transmission from a cellular network. While fixed line networks are considered the norm for most companies, they do have limitations. A company which adopts a purely fixed line network will not have the capability to send or receive data unless the user is physically inside the company. This would prove to be a major drawback to companies who have employees who travel to other cities to attend meetings, seminars, etc. Cellular networks are relatively new and are still developing. While employers can expect increased productivity due to employees being able to send and receive data at any time, one important drawback is the fact that the employees need to be in...
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...Lab 1 Assignment 4. Write a program that plays a series of musical notes or sounds on the MIDI audio output. (Hint: syscall 33) Pseudo Code: 1) Pitch is assigned to register a0 2) Duration of sound in milliseconds is assigned to register a1 3) Instrument is assigned to register a2 4) Volume is assigned to register a3 5) Syscall to play the tone Mips code: .globl main .data .text main: li $a0, 60 # pitch li $a1, 5000 # duration li $a2, 72 #instrument li $a3, 127 #volume li $v0, 33 # syscall to play the tone syscall li $a0, 10 #pitch li $a1, 5000 #duration li $a2, 72 #instrument li $a3, 127 #volume li $v0, 33 #syscall...
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...NT1310 Codi Roebuck Unit 10 Lab 1 01/04/2016 Professor: Ronald j. wojcik Fiber optics for diagnostics and troubleshooting are used in varying capacities to test, measure, analyze, transmit, distribute, and/or simulate an optical signal with which the technician can perform procedures and processes associated with maintenance, problem solving, and calibration of equipment and/or networks. Normally in these applications, fiber optic products are used to create loop tests or transmit signals from point-to-point (either single-point to single-point, or single-point to multiple-points). For loop testing, commonly referred to as loopback testing, a signal is sent from a piece of equipment through a loopback or cable and returned to the source, simulating a complete network connection. This type of test allows technicians to perform function tests and internal diagnostic processes without the equipment being physically tied to an active network. This type of setup provides technicians with the advantage of easily isolating individual components for faster, more comprehensive analysis. With signal transmission applications, technicians generally use cables (multiple types for different applications) to connect one or more pieces of...
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...Unit 7 Lab 1 New Building Safety Plan In my safety plan the first things that I’m going to cover are the PPE for working on a construction site where a new building is being placed. First you’re going to need a hard hat so that when anything falls from above, it keeps your brains where they belong like in your head. Second steel toed shoes or boots, preferably boot for a little extra ankle support. But the steel toes to protect your feet from anything being dropped or lowered in case your foot gets in the way. Safety goggles, pretty self-explanatory on this one, just need to keep things out of your eyes! Long pants (blue jeans) protect your legs from different object that could hurt your skin but with pants on you might just get a bruise. Next on the list gloves are always a good idea to wear so that you don’t rip your hands up while you’re working! A water cooler is a must in this situation because it’s going to be hot out and hydration is key to survival! There will also be no running on the job site. Hurry to quickly can cause more accidents than any amount of production you’re getting for running that thirty foot. Only work on the parts of the job that you know, if someone ask for help go ahead and give them a hand but if you’re a plumber then just let the electrician handle his own job. Back to PPE for a sec a back brace would be a good idea to wear also. Once you have a back injury it will be a problem for the rest of your life in most cases. In case of an emergency...
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...TASK 1 Comparing light and electron microscope Note:- A microscope is an instrument used for viewing a tiny object that cannot be seen with our naked eyes. The microscope is an important instrument found in the laboratory. We have two types of microscope. Light Microscope and Electron Microscope. The light Microscope is one which can be illuminated by light while an electron microscope is one which can be illuminated by electron. Electron microscope is expensive and not portable compared to the light microscope. The Electron microscope is then of two types. We have the Scanning Electron microscope and the Transmission Electron microscope. Features Light Microscope Electron Microscope Comments Cell Components Seen Animal Cell:- Nucleus, Nucleolus...
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...Questions: (1 pt each response, 7 pts total) 3. What does your data indicate about the rate of cell division in cancerous tissue compared to the rate of cell division in normal tissue? What data did you use to answer this question? Answer: By comparing table 3 (normal cell tissue table) and table 4 (cancerous cell tissue table) I found that cancerous cell tissue has much faster rate of cell division. Specifically, I looked at the mitotic indexes on both tables and found that cancerous cell tissue actively divides at a much faster rate than normal cell tissue. 4. Which type of cancer is the fastest growing? Explain your answer, using your relevant data. Answer: By looking at the mitotic index side of table 4 (cancerous cell tissue table) I found that ovarian cancer has the fastest growth rate. 5. With what you have observed in this lab, if you were to compare tissue sample from normal breast tissue and cancerous breast tissue: a. Would you expect to see a difference in the rate of cell division...
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...What safety procedures must you follow during this lab period? During this lab period, the safety procedure that should be followed are safety glasses, lab coat gloves and proper tools for dissection. Use a text book or online references to define the following word modifiers. Proto= “first” Deutero=second Stome= “organism having a mouth or mouthlike organ” Nephro= “relating to kidneys” How might you benefit from remembering the definitions of word parts? I might benefit from remembering the definitions of word parts because if I cannot remember the definition of the whole word the prefix or suffix can at least give me an idea of what it is. What diagnostic features are present in mollusks and annelids were not present in the phyla studied in the previous lab exercises? What...
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...A GPR is made up of three core components, control unit, antenna, and the power supply. The control unit is what contains the electronics which trigger the energy pulses to the antenna that sends it into the ground. The GSSI SIR 20, which was used in this lab, has a laptop with software loaded on it already which processes and interprets the data. The antenna is what receives the electrical pulse from the control unit and transmits it into the ground. The frequency is a huge factor in the depth penetration. The frequency that used was 200 MHz which is right between the high and low pass filter allowing a the signal to go deeper. The time interval for collecting this data was 400 ns with 20 traces per meter. In this amount of time and traces per meter, 12 transecs were collected. The AGC was used to amplify the GPR lines getting better data. The data from the GPR was then brought back to the lab and the lines and sections were examined to figure out the GPR facies. The equipment used for coring was an auger core....
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...Amazon With amazon services you choose a service plan based upon a completely virtual environment. Using a preconfigured AMI (amazon machine image) or creating your own with its own set of network permissions and protocols. This also chooses instance types you may want. Multiple services using AMI and with that utilize static endpoints or attach persistent block storage to said instances. The resources you use is what you will pay for out of the total plan you have chosen based upon time or data transfer. Amazon also has an elastic block store based service with offers persistent storage for amazon EC2 instances. EC2 is a program which you decide a system to boot into it so it can be stopped and restarted with the whim of the client. With this the EBS volumes can be measured and observed by the client. EC2 also provides multiple locations. This is based mainly open regions and available zones. Elastic or dynamic IP addresses are available for wireless and mobile devices that will use these cloud services. Virtual private could is a thing all its own that will create logically isolated sections of the amazon web services which you can launch within your AWS resources to create a virtual network which you can also select your own section of IP addresses, subnets, and configuration of your route tables, networks and gateways. Within these services a Virtual private network (VPN). Amazon cloud watch is a service that monitors your data. This gives stats, graphs, and alarms when...
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...the attached cable through an inaccessible space. This allows you to pull the cable and protect the fiber ends from damage. PULL BOX – A pull box is usually installed after a long straight run or every time the set of turns totals 180 degrees or more. The pull box is used to create a intermediate opening for the pulling cable to reduce the length of cable being pulled through the conduit or to reduce the number of turns the cable is being pulled through at a given time. It is important to keep in mind the bend radius of the cable when using a pull box. SPLICE ENCLOSURES – Splice enclosures can take many forms depending on their location and application. Splice enclosures can be typically place in one of the two following categories. 1. Radial Splice Enclosures – radial splice enclosures have cables enter and exit the enclosure on the same side. 2. Axial Splice Enclosures – Axial splice enclosures have cables enter and exit on opposite ends of the enclosure. Enclosures designed for outdoor use are environmentally sealed. Typically all enclosures will include: * A strain relief system that ensures the...
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...where C_gP^* is the gate capacitor per unit width of Mp2, f_cis the carrier frequency (f_c=13.56 MHz), D_effis the effective duty cycle, and W_p is the width of Mp2. Additionally, the optimal size ration for the NMOS and PMOS transistors (Mn1, Mn2, Mp1 and Mp2) has been proven in [2], and van be formed as: (W_p/W_n )=√((K_n (V_REC-V_(ThN) ))/(K_p (V_REC-|V_(ThP) |) )) (3.5) where K_n=μ_n C_ox and K_p=μ_p C_ox, are the transconductances of the NMOS and PMOS, respectively. The main rectifying transistors should have an optimal sizes to minimize the power dissipation depending on f_c and R_L because large transistors will decrease the R_on loss, but it will increase the switching loss. More over large transistors will make an impact on the speed of the comparator due to the gate capacitance [2]. 3.3 The Comparator...
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...1) As an individual, what did you contribute/accomplish in lab this week? 2) What did you learn (individually and as a team)? 3) How can you or your team improve in the future? 4) As a team, what do you need to accomplish in lab next week? 1) In lab this week, after multiple attempts to evaluate and redesign the cranking system for the dollar bill side of our project, we (my lab partner and I) decided to use six dowels to fabricate the conveyor belt. We went over many designs, mostly facing the same problem: no supporting unit for the system. We eventually came up with a design that attained our need and started fabricating in lab. However, since we should have figured this out earlier, we had to work on fabricating out of labs so that we could catch up with the progress. 2)...
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...Graph 1 as shown above describes the relationship of length and tension from the data gathered from the experiment. In this graph, the two variables are increasing in each point, thus it can be generalized that the length of the string is directly proportional to the tension of the string Graph 2 as shown above describes the relationship of length and varying linear densities of the strings from the data gathered from the experiment. In this graph, the two variables are not equal in the change that is happening on them in each point, whereas the linear density of the string increases the length of the string decreases. Thus it can be generalized that the length of the string is indirectly proportional to the linear density of the string. The experiment conducted is an example of a transverse wave. Waves are classified into two types, longitudinal and transverse wave. Transverse wave is defined as a moving wave which is consisted of oscillations, which occurs perpendicularly to the direction of the energy transfer. This type of wave has a sinusoidal wave pattern which is visually represented by a standing wave as a result of the interference incident and reflect waves. The guitar strings used in this experiment showed...
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...4.2 INSTRUMENTATION 4.2.1 OSCILLOSCOPE A mixed signal digital Oscilloscope (Figure 4.5) was used to record the signals from accelerometer, laser vibrometer, strain gage and impulse hammer. It shows the wave shape of the electric signals in time voltage scale. This allows the measurement of, for example, peak-to-peak voltage of a waveform, the frequency of periodic signals, the time between pulses, the time taken for a signal to rise to full amplitude (rise time), and relative timing of several related signals. The specifications of the oscilloscope are in Table 4.1[1]. Figure 4.5 YOKOGAWA DLM2022 Oscilloscope Table 4.1 Specifications of YOKOGAWA DLM2022 Oscilloscope Name...
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...Discussion Questions: 1. Do the results support our hypothesis? 2. What data led us to accept our hypothesis? 3. Why do the results support our hypothesis? 4. What errors occurred during the experiment? 5. How could these errors have affected our results? The results of the experiment fully support our hypothesis, as the glucose drink improved exercise performance compared to the water. According to our data, Alex was able to bike for 08:11 following his consumption of the glucose drink. At the point of his exhaustion, the machine was at 250 W and the RPE scale was at 18, indicating Alex was working at maximum intensity. It was certainly the glucose that allowed him to endure up to this point, as his blood glucose levels rose from 101 mg/dL to 134 mg/dL, indicating it was in his bloodstream during the exercise. After consuming water, Nasir reached exhaustion at 06:06. At this point, the bike was at 225 W and the RPE scale was at 16. He was still exercising at maximum intensity though; his recovery heart rate was the same as Alex’s – 100 bpm. However, Nasir was working at his personal maximum intensity, which fell short of Alex’s due to his ingestion of water as opposed to glucose....
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