A processor is the brain and powerhouse, or even engine of the computer, it executes millions of processes, and there are different types you should know about. First, there are two different types of processor types, those that are made by Intel, and then those made by AMD. These are two different brands of the industry. Right now, the i-core processors are a popular line of models being produced right now; most computer ads show these processors on the featured parts. Intel likes to create their chips with integrated graphics. Those processors are made to have dedicated speed for 3-D applications, like movies and games. AMD processors are my favorite, being that they are cheaper for the same speeds as intel, and they are more flexible as far as overclocking goes, for me at least, this is a preference though.
In all my desktops I recommend AMD chips for processors and video cards. They are the budget friendly chips and they provide outstanding performance. AMD's lineup of video cars are the Raydeon Graphics. Processors run at different volatges and different speed depending on what kind processors you have. For example; a dual core chip will require less volage and power than a quad core CPU, obviously the more Ghz in your processor, the higher speeds you will see which will demand more power. Many quad core processors run at 95 watts - 125 watts. So in relation to your power supply, if you tend to have an older power suplly say, maybe 350 watts max, and you want to upgrade your processor to quad core 125 watt, 350 - 125= 225 watts of power left for the rest of the electronics inside your computer, which includes: hard drive(s), motherboard, video card, CD-DVD drive(s), sound card, PCI card(s) ETC.
Showing posts with label Iwens Series Write up. Show all posts
Showing posts with label Iwens Series Write up. Show all posts
Thursday, October 14, 2010
Thursday, May 6, 2010
Business Administration Degree Broadens Career Horizons
Ambassador is an Educationist.
There are two types of employees as far as an organization is concerned - those who lead and those who follow the leaders - and both have their own place and importance in an organization. If you fall in the former category, then you have crossed the first hurdle towards becoming a successful manager.
Amongst all the skills needed for a career in business administration or management, leadership skills perhaps rank the highest. The ability to direct others, motivate them to perform, lead by example, while working as part of a team are hallmark of a great manager.
The lure of becoming a leader apart, there are several reasons why a business administration degree is one of the most popular college degree programs of our time. The first reason, of course, is the golden gate to opportunity that it opens. Students who graduate with a degree in business administration are sought after by companies looking for confident individuals skilled in critical decision-making, strategic planning, leading teams, and devising ways to make businesses viable and profitable.
These skills are sought after not just by the private sector, but also by the government and non-profit sectors. In fact, widespread job losses in corporate America have led many B-school graduates to turn their interest towards the government and non-profit sectors. And the interest is mutual with federal agencies and non-profit organizations looking to hire more and more business administration degree graduates through innovative recruitment programs.
While graduates are aware of the difference between a corporate and government salary, many take up federal opportunities in order to use their skills and knowledge to do things that have a much larger impact than their corporate jobs can ever have. Some of the federal agencies that actively recruit business administration graduates are the U.S. Department of Labor, U.S. Postal Service, Department of Veteran Affairs, Department of Defense, etc.
According to Call to Serve, an organization dedicated to providing information on federal careers, more than 200,000 individuals are employed in business careers across the various federal agencies and departments.*
Even though several indicators point to growth in employment of business students in these sectors, it is safe to assume that the first choice of most business administration degree graduates remains the private sector. One of the main reasons, of course, is the huge earning potential that corporate jobs have. Although the compensation package given to business managers may vary, they can earn anywhere between $30,000 and $100,000 an year.**
Other than financial security, the corporate or private sectors offers them ample job opportunities, diverse roles, plum positions straight out of school, faster advancement to key leadership roles, challenging work environment, and a chance to work in a geographic location of their choice.
Whether you want to tread a different path by opting for a federal or non-profit opportunity or chart your own course in a corporate job - a degree in business administration is your ticket to success.
* http://www.makingthedifference.org/federalcareers/business.shtml
** http://www.bls.gov/oco/ocos010.htm
California College San Diego (CCSD) has trained graduates for new careers in high demand jobs since 1978. This California College, located in San Diego, offers Associate and Bachelor degrees in healthcare, business, computer and graphic arts. Graduate degrees are also offered online though its affiliation with Stevens-Henager College Salt Lake City/Murray campus. CCSD also provides accelerated degree programs with its FastFlex option.
There are two types of employees as far as an organization is concerned - those who lead and those who follow the leaders - and both have their own place and importance in an organization. If you fall in the former category, then you have crossed the first hurdle towards becoming a successful manager.
Amongst all the skills needed for a career in business administration or management, leadership skills perhaps rank the highest. The ability to direct others, motivate them to perform, lead by example, while working as part of a team are hallmark of a great manager.
The lure of becoming a leader apart, there are several reasons why a business administration degree is one of the most popular college degree programs of our time. The first reason, of course, is the golden gate to opportunity that it opens. Students who graduate with a degree in business administration are sought after by companies looking for confident individuals skilled in critical decision-making, strategic planning, leading teams, and devising ways to make businesses viable and profitable.
These skills are sought after not just by the private sector, but also by the government and non-profit sectors. In fact, widespread job losses in corporate America have led many B-school graduates to turn their interest towards the government and non-profit sectors. And the interest is mutual with federal agencies and non-profit organizations looking to hire more and more business administration degree graduates through innovative recruitment programs.
While graduates are aware of the difference between a corporate and government salary, many take up federal opportunities in order to use their skills and knowledge to do things that have a much larger impact than their corporate jobs can ever have. Some of the federal agencies that actively recruit business administration graduates are the U.S. Department of Labor, U.S. Postal Service, Department of Veteran Affairs, Department of Defense, etc.
According to Call to Serve, an organization dedicated to providing information on federal careers, more than 200,000 individuals are employed in business careers across the various federal agencies and departments.*
Even though several indicators point to growth in employment of business students in these sectors, it is safe to assume that the first choice of most business administration degree graduates remains the private sector. One of the main reasons, of course, is the huge earning potential that corporate jobs have. Although the compensation package given to business managers may vary, they can earn anywhere between $30,000 and $100,000 an year.**
Other than financial security, the corporate or private sectors offers them ample job opportunities, diverse roles, plum positions straight out of school, faster advancement to key leadership roles, challenging work environment, and a chance to work in a geographic location of their choice.
Whether you want to tread a different path by opting for a federal or non-profit opportunity or chart your own course in a corporate job - a degree in business administration is your ticket to success.
* http://www.makingthedifference.org/federalcareers/business.shtml
** http://www.bls.gov/oco/ocos010.htm
California College San Diego (CCSD) has trained graduates for new careers in high demand jobs since 1978. This California College, located in San Diego, offers Associate and Bachelor degrees in healthcare, business, computer and graphic arts. Graduate degrees are also offered online though its affiliation with Stevens-Henager College Salt Lake City/Murray campus. CCSD also provides accelerated degree programs with its FastFlex option.
Tuesday, April 27, 2010
Geometry Options of Importing AutoCAD to Max
The Geometry Options include:
*Weld: Globally welds adjacent vertices of AutoCAD objects into a single your 3D Application vertex based on the Weld Threshold distance. This works only when objects are imported with the Convert to Single Objects option mentioned above. Global welding can be problematic. Global welding with too high a Weld Threshold setting can cause smaller details to collapse in Mesh objects.You should definitely uncheck Weld for all ACIS solid models from AutoCAD and from surface models if you are having any sort of problem. You get more predictable results from Welding objects manually after they are imported into your 3D Application.
*Weld Threshold: Range = 0.0-999999.0. The Weld Threshold amount is in system units. If two or more vertices are within a distance less than or equal to the setting, they are welded into one vertex. If you have something such as window trim that projects two inches from the facade and the Weld Threshold is set to two inches, all trim collapses unpredictably.
*Auto-smooth: Auto-smooth assigns smoothing group numbers to faces based on the angle they meet at a shared edge. If adjacent faces share a common smoothing group number, the edge appears smoothed. If faces do not share a common group, the edge appears sharp.Smoothing problems can show in imported DWG files along with welding problems. They manifest themselves as faces that appear darker or lighter than their neighbors. Make sure a your 3D Application object is properly welded, next remove all smoothing group numbers, and then manually apply Auto-smooth or specific smoothing group number assignments.
*Smooth Angle: Range = 0-90. Smooth Angle determines at which angle faces must meet to receive a common smoothing group number.
*Unify Normals: With Unify Normals checked, the import process tries to make all face normals point in the same direction relative to the center of the object. Flipped face normals appear as "holes" in the your 3D Application mesh object. ACIS solid models already are unified and should have Unify Normals unchecked. Flipped faces are a fairly common problem with AutoCAD objects and improperly welded faces can be a cause of flipped faces. First, weld the mesh and then render the object either with a two-sided material applied, or by checking the 2-Sided option in Views/View port Configuration. If faces are flipped, they appear rendered, but if they are missing completely, you still see the hole. If faces are flipped, use the Normal modifier or edit the mesh at Sub-Object/Face and flip them individually. If faces are missing, you can build new faces or use a Cap Holes modifier.
*Cap Closed Entities: Applies a your 3D Application Extrude modifier to all closed AutoCAD entities and puts capping faces at each end. Closed AutoCAD entities with no thickness have an Extrude modifier with a height of 0 and appear as flat faces. When the Cap Closed Entities is unchecked, entities with thickness are still extruded, but no end caps are applied. Entities with no thickness are imported as your 3D Application 2D shapes. The final section of the Import AutoCAD DWG File dialog box, ACIS Options, offers one setting:
*Surface Deviation: Range = 0.001-999999.0. This is the maximum distance in system units from the surface of an AutoCAD ACIS solid model and the Mesh object in your 3D Application. Smaller numbers make a tighter fit or a more accurate Mesh object. Small Surface Deviation settings can create very complex Mesh objects in your 3D Application. Large settings can cause lost detail in a model.
*Weld: Globally welds adjacent vertices of AutoCAD objects into a single your 3D Application vertex based on the Weld Threshold distance. This works only when objects are imported with the Convert to Single Objects option mentioned above. Global welding can be problematic. Global welding with too high a Weld Threshold setting can cause smaller details to collapse in Mesh objects.You should definitely uncheck Weld for all ACIS solid models from AutoCAD and from surface models if you are having any sort of problem. You get more predictable results from Welding objects manually after they are imported into your 3D Application.
*Weld Threshold: Range = 0.0-999999.0. The Weld Threshold amount is in system units. If two or more vertices are within a distance less than or equal to the setting, they are welded into one vertex. If you have something such as window trim that projects two inches from the facade and the Weld Threshold is set to two inches, all trim collapses unpredictably.
*Auto-smooth: Auto-smooth assigns smoothing group numbers to faces based on the angle they meet at a shared edge. If adjacent faces share a common smoothing group number, the edge appears smoothed. If faces do not share a common group, the edge appears sharp.Smoothing problems can show in imported DWG files along with welding problems. They manifest themselves as faces that appear darker or lighter than their neighbors. Make sure a your 3D Application object is properly welded, next remove all smoothing group numbers, and then manually apply Auto-smooth or specific smoothing group number assignments.
*Smooth Angle: Range = 0-90. Smooth Angle determines at which angle faces must meet to receive a common smoothing group number.
*Unify Normals: With Unify Normals checked, the import process tries to make all face normals point in the same direction relative to the center of the object. Flipped face normals appear as "holes" in the your 3D Application mesh object. ACIS solid models already are unified and should have Unify Normals unchecked. Flipped faces are a fairly common problem with AutoCAD objects and improperly welded faces can be a cause of flipped faces. First, weld the mesh and then render the object either with a two-sided material applied, or by checking the 2-Sided option in Views/View port Configuration. If faces are flipped, they appear rendered, but if they are missing completely, you still see the hole. If faces are flipped, use the Normal modifier or edit the mesh at Sub-Object/Face and flip them individually. If faces are missing, you can build new faces or use a Cap Holes modifier.
*Cap Closed Entities: Applies a your 3D Application Extrude modifier to all closed AutoCAD entities and puts capping faces at each end. Closed AutoCAD entities with no thickness have an Extrude modifier with a height of 0 and appear as flat faces. When the Cap Closed Entities is unchecked, entities with thickness are still extruded, but no end caps are applied. Entities with no thickness are imported as your 3D Application 2D shapes. The final section of the Import AutoCAD DWG File dialog box, ACIS Options, offers one setting:
*Surface Deviation: Range = 0.001-999999.0. This is the maximum distance in system units from the surface of an AutoCAD ACIS solid model and the Mesh object in your 3D Application. Smaller numbers make a tighter fit or a more accurate Mesh object. Small Surface Deviation settings can create very complex Mesh objects in your 3D Application. Large settings can cause lost detail in a model.
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