Posts Tagged ‘inaccuracies’
September 25th, 2009 | 
Author: Regularly we hear of firms losing out due to screw-ups and errors that occur in their information. As a consequence, a lot of time effort and resources are wasted in the midst of rectifying these mistakes and blunders. The truth is, no company and organization is 100%-free from such Problems. However, with the arrival of information matching software’Data Match’ from data Ladder, all this will be a thing of the past.
Most commonly, you will be able to maximise the effectiveness and accuracy of your company data through our information matching software. With our software, you will be ready to profile, match, cleanse and deduplicate your data among the many. ‘Data Match’, attempts to make the best out of your efforts in many different tactics by maximizing the effectiveness while minimizing its inaccuracies and blunders of your information.
For a start, you and your company will be able to maintain a professional image with accurate, organized and error free information. By employing our software, your company will be able to reduce synthetic errors such as duplication and wrong information. You will be able to save a large amount of time and efforts in identifying these errors and duplicates in a second. How will your company appear in the eyes of your customers if you continually produce information that is brim-full of errors, incomplete or inaccurate? Rather than including information that is of the utmost significance, you omit them and include the less prevailing and topical ones. Are you able to afford losing possible clients and companies due to this?
Data Ladder is no foreigner in the business industry. Info Match is a product with extensive features. You have the capability to mix your data and dedupe ( the method of removing unoriginal content ) and masses more. But the query remains…How does it size up to other similar products that are available in the market today?
Today, it is one of the fastest ( re implementation ) and most reasonable in the market. In addition, it is also effectively one of the easiest to use. You can probably clean and organize your info in a single afternoon.
The software has been well received by well known corporations and firms. Familiar names such as Hewlett Packard, Hoovers and Cardinal Health are just a fraction of the in depth list of satisfied clients who have profited from utilizing this information matching software. These corporations have reported improved productivity, reduced time in data-management with improved image of their companies among their B2B and B2C clients. The net result from using the software would be a high ROI ( Return on Investments ).
The above is but the tip of the iceberg. Eliminate all Problems that are related to data by trying information Ladder’s information matching software in’Data Match’. Relatively, you can expect to be using one of the quickest, most reliable and cost-effective solutions in the market today.
Data Ladder is a software development and service company dedicated to helping you “Get the Most Out of Your Data” through Data Matching, Profiling, and Enrichment with its data matching software
Article Source: Data Matching Software – Rectifying Data Inaccuracies and Errors
Weight data is used throughout many aspects of the manufacturing process. A pallet scale or a floor scale is used to weigh large items, such as totes or pallets, that are transported by truck, rail or air. Platform scales can be used for a similar purpose, usually with boxes, cartons, pails, or other types of containers. While they have a smaller capacity, they can also provide greater accuracy. Bench scales weigh smaller packages that are often shipped by parcel shipping companies.
Inventory of parts is often obtained using parts counting scales. If the parts in question are generally equal to each other in weight, this type of digital scale is ideal for determining the weight of a single piece, and therefore the total number of pieces on the platform. Depending on the weight of an individual piece, and the total weight capacity that is needed, a standard scale, or a precision scale, or in the most exacting situations, an ultra precision scale will be chosen.
Drum scales are used to fill drums and tanks with different types of chemicals, or other types of liquids or powders. The filling operations can be manual, or with the appropriate use of programmed setpoints, can become semi-automatic or fully automatic. Similarly, this type of electronic scale is also used to dispense materials into the process. In this case, the setpoints can be used for automatic operation, and can also be used to set alarms when the contents in the drum fall below their targeted levels. Cylinder scales may perform a similar function, but are usually employed for weighing cylinders of liquefied gases.
In all of these cases, it is often desired to record the weight values that have been obtained from the industrial scale. One method to accomplish this is to have he scale operator simply write down the values as the items are weighed. This has the disadvantages of requiring a person’s time to do so, being open to inaccuracies, and often requiring the values to later be transcribed into some other area, or entered into a computerized database or spreadsheet. Furthermore, it is all too easy to lose this data before it is properly archived.
Arlyn Scales offers an optional electronic data recorder for their full line of industrial scales. These include large floor scales, bench scales, parts counting scales, drum scales, cylinder scales, platform scales, wheelchair scales, and precision scales. The digital indicators are provided with a USB connector that will accept a USB flash memory stick. Weight values can be entered into the memory whenever the scale operator pushes the appropriate key on the indicator. Or it can be programmed to record weights at specific time intervals. A time and date stamp can be included with the weight data, so the exact weight is known for specific times. Large capacity USB memory devices are available at very low cost. It becomes quite feasible to store tens of thousands of weight readings on a single memory stick.
Whenever it is needed, the data stick may be removed from the digital scale and attached to either a local laptop computer, or any other standard pc. The data is formatted in a manner that can be easily loaded into a spreadsheet or a computer database. From within these programs, it becomes very straightforward to print the weight data, if needed, or provide hourly, daily or weekly totals. Custom database programs may further analyze the weight data to obtain the required information. In some cases, the data is recorded to simply provide a record of weight readings. In this case, the memory sticks may simply be used until they are full, and then stored for their records.
If it is necessary to collect weight data in real time, Arlyn Scales provides a number of different options for connecting their industrial scales directly into a computer system. A standard RS-232 connection, along with a small software utility, can connect the electronic scale to the computer. If there are a number of scales in question, an RS-485 network can be used to connect all of the scales together. A simple RS-485 to USB converter is then employed to attach the scale network into the computer. Yet another option is to provide an Ethernet connection on the scale. By connecting the scale into a Local Area Network, the weight data may be read on any computer within the network. Alternatively, with the proper security measures, the industrial scale may be connected into the Internet, with the data then available from another internet connected device.
Click here to read the rest of Data Collection for Scales. If you enjoyed this article, you also might like our other stories about Industrial Scales.
Article Source: Data Collection for Industrial Scales
Wall safes are great for securely storing your valuables such as; money, jewellery and critical documents while saving room space at the same time. However, wall safes aren’t popular choices by consumers because some think of the installation procedure as a difficult one and that professional help is needed. With the space-saving benefits that wall safes have compared to other safes, don’t let that discourage you. In fact, it is possible to install these wall safes yourself if you do a little bit of decision making and following a few steps.
First of all, you need to decide what size and style you want your safe to be. It can be a daunting process, but can be done by looking for suitable locations to install the safe. When choosing for a location, make sure that no wires or pipes are within the walls so you can cut through. Keep in mind with the thickness of the safe as it can stick out through the other side of the wall. Having the rare of the safe in a closet or pantry is a good strategy.
The safe should come with a template for you to trace for cutting. You will need a carpenter’s level to check if it’s really level. Once you confirmed that it’s level, you can proceed to tacking the template onto the wall firmly and trace around the edges using a pencil.
Hammer a nail into the centre of the wall section so it can be pulled after cutting. After that, make sure that there are no pipes or wires within by cutting a small hole and feeling around the wall. Start cutting from the bottom leading to the sides and finally the top portion. Be careful not to cut too deep to the other side of the wall. Use the nail you hammered in the centre earlier to pull the wall piece out.
You should have a clean cut based on the template you used and should be ready for installation of the wall safe. Try placing it inside and make sure it is a comfortable and tight fit. If there is some extra space due to cutting inaccuracies, you can make up for it by nailing some shims to the studs to make it sturdy and secure. Finally, from inside the safe, drill some holes in the wall studs so you can apply the 2-inch screws to finalize the installation process.
From there, you can start testing your newly installed safe and setting any security parameters needed for operation. The overall process isn’t all that hard and the main difficulty lies on deciding the type of safe for your wall and sawing the wall piece off. If you feel you cannot do that yourself, you can always ask a friend to do it or pay a professional to have it installed safely. All the efforts of installing wall safes are worth it because you get all the benefits of a regular safe without taking up any valuable space in your room.
Derek Rogers is a freelance writer who writes for a number of UK businesses. For a variety of Wall Safes, he recommends Safe Security Services.
Article Source: How to Install Wall Safes
The way a computer deals with time is totally different to the ways humans perceive it. We arrange time into seconds, minutes, hours, days, weeks, months and years, while computers on the other hand arrange time as a single number representing the seconds that have passed from a single point in time, known as the prime epoch.
Most computers use NTP (Network Time Protocol) to deal with time and on networks many are synchronised using a dedicated NTP time server. NTP knows nothing about days, years or centuries, only the seconds from the prime epoch. This prime epoch is set (for most systems) at midnight at the turn of the century twentieth century that for a human would be recorded as something like: 00:00 – 01,01,1900.
Computers, however, count time as the number of seconds past this point. If a computer was around in 1900 its timestamp on midnight January 1 would be 0 while in 1972 at the same date the timestamp would be 2,272,060,800, which represents the number of seconds since 1900.
The timestamps restart every 136 years with the next wrap around due in 2036, this has caused uneasiness amongst some who fear a Millennium Bug type scenario, although most doubt such events would occur, however, when a wrap-around of the timestamp does happen an era integer will be added (+1), to allow computers to deal with time spans that cover more than one wrap-around. If computers and NTP need to deal with time that spans before the prime epoch a negative integer is used (for the year 1500 a -3 will be used to represent three cycles of 136 years).
Timestamps are used in virtually every transaction that modern computers are tasked to do such as sending emails, debugging and programming. Because time is linear, a computer knows that each timestamp is always greater than the previous one and therefore computers and NTP find it difficult to deal with inaccuracies in time, particularly when time suddenly appears to go backwards.
This can happen if computers are not synchronised to the same time. If an email is sent to a machine with a slower clock, it appears to the computer to have been received before it has been sent. Lack of synchronisation can serious problems and can even leave a system vulnerable to malicious attacks and even fraud.
Because of this, most computer networks are synchronised to UTC (Coordinated Universal Time). UTC is a global timescale and the same for everybody worldwide it is based on the time told by atomic clocks which are highly accurate, neither gaining nor losing a second in millions of years.
Most computer networks use a dedicated NTP time server to receive a UTC time to synchronise their computers too. UTC is available from across the Internet (although unsecured), via the GPS network (Global Positioning System), or by receiving national time and frequency broadcasts via long wave.
NTP synchronises a computer by checking the received UTC time and adding to or holding a computer’s timestamp until it perfectly matches UTC. By using a dedicated NTP time server UTC can be maintained on a network to a few milliseconds of UTC time.
Richard N Williams is a technical author and specialist in atomic clocks, telecommunications, NTP and network time synchronisation helping to develop dedicated NTP clocks. Please visit us for more information about a network time server or other NTP server solutions.
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Article Source: NTP – Understanding Computer Timestamps