Determining The Accuracy And Precision Of My Results

Aims The objective of this investigation is to disprove the following set of hypotheses provided in the Task brief where they were collected from Moon Misconceptions (2013): 1. The Moon is only visible at night. 2. The same half of the Moon is in darkness all the time – i.e. there is a dark side of the Moon. 3. The Moon goes around the Earth in a single day. 4. Phases of the moon are caused by a shadow from the Earth, clouds, or the Earth’s or Moon’s rotation. 5. The Moon is magnified when it is close to the horizon. Methods For each of my observations I will note specific information required to disprove each hypothesis. Also, I am going to record my location and attempt to make my observations from the same place for consistency and†¦show more content†¦waxing crescent, half-full, etc.) not a direct measurement of the illuminated percentage. My main quantitative measurements are of the azimuth and altitude. As such I will take precautions to reduce the error in these records. When recording the azimuth I am going to find a terrestrial object (e.g. a tree, chimney, pole, etc.) that is vertically aligned with the Moon relative to my position by holding a ruler oriented vertically and collinear with my eyes and the Moon. I will then be able to take the compass bearing of this terrestrial object which will be more accurate than attempting to line up a compass with the Moon, especially when it is at higher altitudes. Attempting to hold the protractor level for the altitude measurements will introduce uncertainty. Levelling the protractor will be done by sight and as such may produce a large uncertainty. To determine the amount of error introduced I will compare my records with those shown in the planetarium software, TheSkyX First Light Edition ((version 10.0.2) 2008)). Figure 1: Drawing of method for measuring angle of elevation, ÃŽ ¸, the altitude of the Moon. Lastly I will estimate the error in measuring the relative diameter of the Moon by analysing the limit of reading of the scale on the ruler I use and the difficulty I experience in reading it at arm’s length. Results Table 2: Observational results. Estimated position of the Sun, cloud cover, altitude, azimuth, relative diameter, phase, and surface sketch of

New York City Of New Jersey - 849 Words

There is a house located thirty-five minutes outside of New York City. In the state of New Jersey, the bricked cap cod lies in the quiet suburban town named Bloomfield. In this town, on Spring Street, residences have blooming front lawns filled with different flowers and plants. With a street named Spring and a town named Bloomfield, it is no coincidence that Spring Street and its town is filled with such an array of color. However, although Spring Street is filled with lively landscapes, most of the houses are white or tan which match and blend in with one another. With the exception of one— the house located on 91 North Spring Street. This cap cod stands out against the others with its red bricked exterior and matching red stained window. However behind this bright red window is a bedroom opposite to it. The red window bedroom is located on the home’s second story. Entering the home, the first level is an open floor plan joining the living room and kitchen together. The left side of the living room has a staircase leading to the second level. The second floor is a L-shaped hallway consisting of four different doors. Behind the first door is a bathroom and the other three are doors to bedrooms. The last door in the hallway is the door to the red window bedroom. The door to the bedroom is on the left side of the south wall and to the right of the door is where the bed and bedside table are. The bed is placed vertically, with the â€Å"head of the bed† touching the south wall andShow MoreRelatedK J, Chicago, York City, New Jersey, Washington, D.c, And Detroit Essay935 Words   |  4 Pages K J Name: KJ Location: Philadelphia-based, with locations in New York City, New Jersey, Washington, D.C. and Detroit Description of Services: KJ, based in Philadelphia, was founded by John and Khalifa in 2010. ?KJ ?produces and supplies hardware and building supplies. 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Management - Backup & DR

Question: Discuss about theManagement, Backup DR. Answer: Introduction The management of DSI based on cloud architecture evaluations has decided to implement ICT applications in their OSDS suite in SaaS model and in their hybrid cloud model. In the DSI cloud migration planning, SaaS delivery model is preferred for OSDS suite because it offers redundant resources for application implementation and can provide interoperability with any type of user operating systems. In hybrid model, private cloud is a highly secured infrastructure which is meant for internal users in government departments that make use of spatial information. This report focuses on assessment for deployment model, risk management and security issues for OSDS applications along with evaluating the technical management of cloud and service level agreements (SLA) agreed with the cloud provider. The management requirements are highlighted for the chosen cloud provider in terms of remote administration, resource provisioning, backup and disaster recovery (DR) and SLAs. The assessments are di scussed in the next sections. Management and Remote Administration Since cloud service models are outsourced infrastructure and managed by a cloud service provider, the IT resources needed by DSI must be configured, administered and monitored for their usage. These management mechanisms in clouds facilitate control of IT resources as required by DSI and are the main elements of cloud technology architectures (Erl, Ricardo, Zaigham, 2013) required for the OSDS suite of applications. Cloud management will cover the aspects of emote administration, resource management and SLA management. The tools and UI for remote management can be used by DSIs IT department to configure and monitor resources on the cloud. In order to have maximum benefit of cloud platform, the organization can make use of cloud operational checklists provided by Morad and Dhalbajan. The checklists can be used by DSI to support their cloud assessment needs. There are two types of checklists based on the maturity level and application development requirements. They are the basic operations checklist and the enterprise operations checklist (Morad Dalbhanjan, 2013). The basic operation checklist will allow DSI to the service model of SaaS and hybrid deployment model, the following assessment is made related to cloud DSI to evaluate their use of specific services needed for OSDS application suite before they are migrated to the cloud. The enterprise operations checklist will support to identify key elements related to DSIs operational strategy and migration. The assessments performed by DSI related to cloud migration will include, Access management and identify of users (Subashini Kavitha, 2011) for providing specific credentials while making spatial information requests. For example a user can only view or download spatial data, but cannot perform modifications, additions or deletions. These credentials are available only with the administrators in DSI. This is an important security requirement. Since spatial information is important data, there must be adequate data backup and recovery procedures defined in SLA by the cloud provider. This assessment is important as BC and DR needs are considered to overcome unforeseen emergencies. The applications in OSDS suite must be deployed on web servers and databases must be stored separated in database servers wherever needed. The cloud provider will perform actions to replicate data to ensure spatial information is available even when a single component or hardware fails (AWS, 2016). This assessment will help DSI determine the resources used according to SLA. The cloud provider must ensure to verify software patches, operating systems, applications for their updates and secure their cloud platform periodically (Steiner, 2012). This assessment will ensure application monitoring in SaaS platform. The cloud provider must provide a hierarchical network topology (Jin Liang, 2014), secure access, application performance and cloud usage reports (Martignoni, et al., 2012). The enterprise operational checklist for DSI will cover the assessments for hybrid cloud usage to include, Billing and accounting for cloud service usage. Cloud models follow the pay-per-use model where each service/resource is billed, or example storage, network bandwidth, OS, etc. Remote management must support the monitoring of service and resource used by DSI. Further cloud usage strategies will include tracking cloud provisioned resources (Rouse, 2010) identifying new requirements. DR and backup requirements for DSI are important. The above checklists by Morad and Dhalbajan provide an assessment checklist which supports DSI in assessing and managing their cloud requirements and migration. Resource management system allows DSI to perform IT resources, mostly the management of physical hardware. Some of the tasks for assessment here include management of servers, virtual servers, physical infrastructure management, and resilience and failover systems. These actions are jointly coordinated by both, DSI and cloud provider (Younge, Laszewski, Wang, Lopez-Alarcon, Carithers, 2010). SLA management (CSI, 2015) for DSI will include defined mechanisms for monitoring cloud deployment and provide features for administration, collection and storage, reporting and runtime notifications of SLA data. Backup and DR The term disaster recovery (DR) has many forms and can occur unexpectedly. This is because IT systems are vulnerable to threats, both internal (human error), external (hackers) and hazards posed by natural environment (floods, earthquakes, etc.) (Krutz Vines, 2010). A comprehensive DR plan is required by DSI must be aimed at protecting data and vital information from any type of vulnerability, and DR planning is unique for each organization. The DR planning and backup procedures must effectively restore critical functions in the event of any unplanned disruption. Morad and Dhalbajan checklist highlights the need for assessing backup procedures and disaster recovery measures (Kandukuri, Paturi, Rakshit, 2009). In addition to this checklist, the key elements for DSI to consider in their disaster measures will include, Identifying key applications, databases, etc. Establishing procedures for recovery of data, backup and restore policies Developing procedures for implementation, testing and maintenance of the complete OSDS suite on cloud Normally, assessments for backup and DR for resilience will include the following areas: DSI must estimate the cost of downtime in the event of a disaster and must plan strategies appropriately. In this step the recovery points for each component must be understood. The information assets can be catalogued based on their criticality in DSI and downtime estimated (Alhazmi Malaya, 2013). Internal staff, particularly in the IT department in DSI must be involved and the responsibility must not fall on one single person in DSI. It will be a good idea to train different people to handle backup and restore procedures. This will be a good strategy to ensure spatial information is available at all times. Redundancies can be another strategy to ensure DR and backup procedures protect information assets in DSI. Redundancies can be agreed with cloud provider for additional resources like storage space, remote site for backup, etc. (Ranjan, Gupta, Sharma, 2015). Redundancies in resources will ensure data is available from replication servers even when the primary server is down for some reason. DR assessments will further include all business critical processes such as new development, modifications in existing applications, data sources and steps to recovery within the recovery point. For instance, when DSI decides to implement a new web based spatial information publication on cloud, the earlier backup and DR strategies may need revisions. This is important because it will be most appropriate to keep DR and backup strategies to be aligned with operating environment and information usage (Martin, 2002). Lastly to have redundant resilience of all OSDS applications, the DR strategies must be evaluated constantly by running vulnerability tests on OSDS applications (Nageswararao Khetmalas, 2014). Cloud provider can coordinate this activity through their SLA. The evaluation for risks to data and applications must ensure fail safe infrastructure for DSI. All the activities and associated procedures must be documented fully. Backup and disaster recovery is a critical area in cloud migration which must be considered by DSI prior to migration of OSDS applications. SLA Assessment SLAs come into play to make sure the services offered by a cloud provider are delivered as agreed with DSI. SLA has become a pre-requisite due to cloud business strategy and provides series of rules and directives (Hoehl, 2015) that must be taken by DSI to evaluate and agree on operating terms with service provider. SLAs will also include a set of non-functional requirements in cloud services. An example of SLA can be the return of operations (RTO) within 60 minutes in the event of any service failure in the cloud. SLAs in cloud must be assessed for their, OSDS applications, spatial data availability and uptime. Specific performance benchmarks to compare actual cloud performance. Availability of usage statistics for the consumer. This dashboard report will provide data on cloud service usage for DSI. Informing scheduled changes to consumers in advance (eg, maintenance downtimes). This information is normally provided by cloud provider. Scheduled maintenance can include hardware changes, etc. on the cloud infrastructure. Help desk and availability of support personnel to resolve specific issues. The cloud provider will clarify the scope of resources used in cloud service of interest. SLAs management normally follows the monitoring of SLA data based on already defined resource and performance metrics and reporting parameters. Cloud migrations for any type of business process must follow bet practices in risk management. The practices must also be in conformance to particular cloud service and business critical processes that deal with sensitive information. The SLA data can be made available on real time for cloud usage and administration through remote management in active cloud services. The SLA guideline provided by (Erl, Ricardo, Zaigham, 2013) on cloud computing services includes the risk assessments in cloud migration and planning. Assessments related to DSI enterprise risk management (CSA, 2009) will include, DSI owing to the lack of physical control on cloud infrastructure must document SLAs, contract requirements, resource usage to understand risk management in its infrastructure. The SLAs must clearly define on demand provisioning and support traditional form of auditing. DSI can also define strategies for specific contractual exceptions and better align business strategies to overcome risks in IT. Risk management in SLA must identify valuation of assets, potential impact on incident scenarios and risk management plans must be defined clearly in SLA to benefit DSI. The approach of risk assessment must be consistent in SLAs and also the likelihood of impact may be defined. It will be best for DSI to jointly develop risk scenarios for cloud service model. The SLA must classify all assets and resource between DSI and the cloud provider and appropriate accounting must be defined for each. SLA management and assessments are important for DSI because they provide the operational management aspects in day to day cloud usage. SLAs are important to note further that SLAs must focus more on reducing risks and protecting OSDS applications with the cloud provider. Conclusions The report highlights the importance of evaluation in cloud migration for DSI. Since cloud services are decided by the cloud provider it is important the SLAs are defined to suite the best interests of DSI. The assessments and methods for remote monitoring, backup and OSDS resiliency, and the importance of assessing SLAs prior to cloud migration are explored and discussed. References Alhazmi, O. H., Malaya, Y. K. (2013). Evaluating Disaster Recovery Plans Using the Cloud . IEEE Computer society , 1-6. AWS. (2016, June). Expanding Your Scaled and Load-Balanced Application to an Additional Availability Zone. Retrieved June 4, 2016, from Amazon Web Services: https://docs.aws.amazon.com/autoscaling/latest/userguide/as-add-availability-zone.html CSA. (2009). Security Guidance for Critical Areas of Focus in Cloud Computing V2.1. Cloud Security Alliance. CSI. (2015). Practical Guide to Cloud Service Agreements, Ver2.0. Cloud Standards Customer Council. Erl, T., Ricardo, P., Zaigham, M. (2013). Cloud Computing: Concepts, Technology Architecture. USA: The Prentice Hall Service Technology Series. Hoehl, M. (2015). Proposal for standard Cloud Computing Security SLAs Key Metrics for Safeguarding Confidential Data in the Cloud. Security SLA for Cloud. The SANS Institute. Jin, H.-Q., Liang, M.-G. (2014). The Hierarchical Network Topology Management System based on Managed Object and View Mechanism. AASRI Conference on Circuit and Signal Processing (CSP 2014) (pp. 12-18). Elsevier B. V. Kandukuri, B. R., Paturi, R. V., Rakshit, A. (2009). Cloud Security Issues. IEEE International Conference on Services Computing, IEEE Computer Society , 517-520. Krutz, R. L., Vines, R. D. (2010). Cloud Security: A Comprehensive Guide to Secure Cloud Computing. New York: Wiley Publishing. Martignoni, L., Poosankam, P., Zaharia, M., Han, J., McCamant, S., Song, D., et al. (2012). Cloud Terminal: Secure Access to Sensitive Applications from Untrusted Systems. Report by University of California, Berkeley and Carnegie Mellon University. Martin, B. C. (2002). Disaster Recovery Plan Strategies and Processes. SANS Institute, InfoSec Reading Room. Morad, S., Dalbhanjan, P. (2013). Operational Checklists for AWS. Amazon Web Services (AWS). Nageswararao, Khetmalas, M. B. (2014). Cross-Cloud Testing Strategies Over Cloud Computing . International Journal of Engineering Research and Applications , 79-82. Ranjan, A., Gupta, S. K., Sharma, G. (2015). Cloud Computing based Disaster Recovery: An Introduction. International Journal of Advanced Research in Computer Science and Software Engineering , 1015-1019. Rouse, M. (2010, August). Provisioning. Retrieved June 3, 2016, from What is SOA? SearchSOA: https://searchsoa.techtarget.com/definition/provisioning Steiner, T. (2012). An introduction to Securing a Cloud Environment. The SANS Institute. Subashini, S., Kavitha, V. (2011). A survey on security issues in service delivery models of cloud computing. Journal of Network and Computer Applications , 1-11. Younge, A. J., Laszewski, G. v., Wang, L., Lopez-Alarcon, S., Carithers, W. (2010). Efficient Resource Management for Cloud Computing Environments. Pervasive Technology Institute, Indiana University, Bloomington, USA and Rochester Institute of Technology, Rochester, NY USA.

Local Taxidermy free essay sample

What is taxidermy? Well should I say what is stuffing? Taxidermy is really a big thing in this small world. Taxidermy has been around for a very long time, it takes many difficult steps to becoming a good taxidermist, all the different types of taxidermy, therefore it will take carefulness, time and patience for me to mount a deer head for my product. When taxidermy first came around it was used by the Indians for clothing and even used for shelter. In this research paper you will find that taxidermy is very important to the human life, because even today people still wear clothing that is made from animal skin. Taxidermy is a general term showing the many methods of reproducing a life-like three dimensional representation of an animal for permanent display. The actual skin from an animal (including the fur, feathers or scales) is took and mounted over an artificial armature. In other cases, the specimen is completely done with man made materials. Taxidermy is derived from two ancient Greek words: taxis, Meaning movement, and derma, meaning skin. Therefore translated, taxidermy means the movement of skin. Taxidermy can be done on all species of animals including humans. A brief history of Taxidermy, Thousands of years ago when man first hunted for his food, he found that the skins of his prey, when treated with certain substances, could be preserved and used for clothing and shelter. The first taxidermists were primitive hunter-gatherers who crudely formed animal skins over mud and rock for use in their hunting rituals. Over the years, as methods increased these skins improved and the need for tanned skins increased, the tanner became one of the most important members of the tribe. Without him there would be no clothing. As the demand for quality leather and skins increased, the methods became more and more sophisticated. By the 1700s almost every town had a tannery business. In the 1800s, hunters began bringing their trophies to upholstery shops, where the upholster would sew up the animal skins and stuff them with rags and cotton. That’s where the term stuffing or a stuffed animal evolved from this crude form of taxidermy. This practice produced some terrible looking mounts and gave taxidermy a bad reputation which still haunts the industry to this day. Professional taxidermists still shudder and take offense at the term stuffing, the perfered word is mounting. In the early 20th century, taxidermy began to evolve into its modern form under the leadership of great artists such as Carl E. Akeley, William T. Horneday, Coloman Jonas and Leon Pray. These and other talented pioneers developed anatomically accurate mounts which incorporated every detail right down to each muscle and tendon of the animal. In artistically pleasing poses. They invented new techniques for mounting that allowed them to portray animals with lifelike accuracy. They created mounts in realistic settings and poses that were more appropriate for the species. This was quite a change from the crude, snarling caricatures that were popularly offered as hunting trophies. To actual trophies that show exactly the realistic look of the animal. Taxidermy in the latter part of the twentieth century has developed into a full-fledged form of wildlife art, and the successful taxidermists of today must also be considered as very fine artists in their own right. There are many different methods used today for producing mounts of different species. The taxidermist today can take pride in their works as their work is just as nice as the paintings that hang on house holds. To becoming a non forgettable taxidermists it takes practice. The modern practice of taxidermy incorporates many crafts, such as carpentry, woodworking, tanning, molding and casting. It also contains artist talent, so it takes someone that will put their time into something that they won’t except till it reaches their high explatations. In a deer head mount, the only natural parts of the animal are the antlers and the skin, the teeth can be used if they are in good dental shape, but most are artificial. The other organs are shaped by the taxidermists materials. The eyes are made from glass, the eyelids are sculpted from clay, the nose and mouth are made from epoxy or wax. The form is made from polyurethane foam. To practice taxidermy one must be extremely familiar with anatomy, dissection, sculpture, and painting as well as tanning. Today most of the parts used are not even from the real parts of the animal at all. They are completely recreated from man made materials. This is for those who that believe in the catch and release. This is usually done on fish, the only thing they are required to do is take a picture and take some measurements of the fish. Then take the picture and the measurements to a local taxidermy, the taxidermy will then take the materials and sculpture a real life like mount of the fish, Some even say that if you take the artificial fish and set it beside a real one and you wont even tell the difference. But the good thing is the hunter or fisherman can feel good about what he has done because the fish that he caught is still living plus he has a trophy on his wall that reminds him of what he caught. A taxidermy will first take the trophy and freeze it until it is time to be mounted. The taxidermist the removes the skin, to be tanned and treated for later use. The remaining muscle fibers and bones are measured and posed. The carcass is then molded and plaster. The carcass is then removed and the mold is used to produce a cast of the animal called a mannequin. Mannequins can also be made by sculpting the animal first clay. There are many companies that produce stock forms in many sizes that can be used. Glass eyes are then usually added to the display, and possibly also artificial teeth, depending on the subject’s original dental condition. An increasingly popular trend is to freeze dry the animal. This can be done with reptiles, birds, and small mammals such as cats, large mice and some types of dogs. Freeze drying is expensive and time consuming. The equipment is expensive and requires much upkeep. Large specimens can be required to spend as long as six months in the freeze dryer, although is the preferred technique for pets. There are many different types of taxidermy, for instant a Rogue taxidermy is the creation of stuffed animals which do not have real, live counterparts, be of the taxidermists’s imagination, or be endangered or extinct species. They can be made from the parts of mythical animals or they may be artificially created. Rogue taxidermy is often seen in side shows and dime museums among genuine freak animals. The other type of taxidermy is known as Anthropomorphic taxidermy its where stuffed animals are dressed as people or displayed as if engaged in human activities. This style was popular in Victorian and Edwardian times but can still be found today. The style was popularized by Human Plouequet, taxidermist in Stuttgart. Germany, when he exhibited at the Great Exhibition in 1851. Just where can you see taxidermy at? Well taxidermy is everywhere they are displayed in museums, educational institutions, businesses, restaurants, and homes. Therefore to become a taxidermist you must need some experience, you can gain this experience threw schooling. From there you will learn the basics of taxidermy, like how to measure the different parts of the animal, how to be accurate at ordering the right size form for the species. You will also learn how to tan a hide and learn the steps to putting the cape on the form. This is all important because you want to make sure that the specie looks very life like. Which if you like to rush threw things and be able to finish them without the hassle of waiting then taxidermy is not for you. Taxidermy takes patience and time, it can take a taxidermist up to six months to finish a trophy. Of course a taxidermist could do it a lot faster if they didn’t care what it looks like at the end but no they want their work to look as life like as possible. Because anyone that is a hunter or fisherman knows that having something to remind them of there trophy is a memory that will always stick with them. So when they pay a very large amount of money to get their trophy done they would expect it to look life like and give them that memory of the day it was taken or caught.