advantages amp amp disadvantages of data mining

7 advantages and disadvantages of data mining | limitations & benefits of data mining - hitechwhizz - the ultimate tech experience

7 advantages and disadvantages of data mining | limitations & benefits of data mining - hitechwhizz - the ultimate tech experience

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advantages of data mining | complete guide to benefits of data mining

advantages of data mining | complete guide to benefits of data mining

Data mining is a process used by an organization to turn the raw data into useful data. Utilizing software to find patterns in large data sets, organizations can learn more about their customers to develop more efficient business strategies, boost sales, and reduce costs. Useful data collection, storage, and processing of the data are important advantages of data mining. The datamining method is used to develop machine learning models.

To create models, marketing companies use data mining. This was based on history to forecast who will respond to new marketing campaigns such as direct mail, online marketing, etc. This means that marketers can sell profitable products to targeted customers.

Since data extraction provides financial institutions informationon loans and credit reports, data can determine good or bad credits by creating a model for historical customers. It also helps banks detect fraudulent transactions by credit cards that protect a credit card owner.

Data mining can motivate researchers to accelerate when the method analysis the data. Therefore they can work more time on other projects. Shopping behaviours can be detected. Most of the time, you may experience new problems while designing specific shopping patterns. Therefore data mining is used to solve these problems. Mining methods can find all the information on these shopping patterns. This process also creates an area where all the unexpected shopping patterns are calculated. This data extraction can be beneficial when shopping patterns are identified.

We are using data mining to respond from marketing campaigns to customers. It also provides information during the identification of customer groups. Some surveys can be used to begin these new customer groups. And these investigations are one of the forms of data mining.

In marketing campaigns, mining techniques are used. This is to understand their own customers needs and habits. And from that, customers can also choose their brands clothes. Thus, you can definitely be self-reliant with the help of this technique. However, it provides possible information when it comes to decisions.

People use these data mining techniques to help them make some decisions in marketing or business. Today, with the use of this technology, all information can be determined. Also, using such technology, one can decide precisely what is unknown and unexpected.

Data mining is a process in which some kind of technology is involved. One must collect information on goods sold online; this eventually reduces product costs and services, which is one of data mining benefits.

All information factors are part of the working nature of the system. The data mining systems can also be obtained from these. They can help you predict future trends, and with the help of this technology, this is entirely possible. And people also adopt behavioural changes.

We use data mining to find all kinds of unseen element information. And adding data mining helps you to optimize your website. Similarly, this data mining provides information that may use the technology of data mining.

This is a guide to the Advantages of Data Mining. Here we discuss the definition, basic concepts, and various important benefits of Data Mining. You can also go through our other suggested articles to learn more

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the 15 benefits of data mining

the 15 benefits of data mining

Should data mining be called data mining? If you think about it, mining in rocks is called gold mining, instead of rock mining. So maybe data mining should be named knowledge mining because that is what you essentially find. It can reveal patterns in the form of business rules, affinities, correlations, trends, or prediction models.

Data mining can involve many different software packages and analytics tools. The process can be automatic or manual, depending on the demands of the project. In essence, data mining describes sophisticated searching protocols that return specific results from large databases. For instance, a data mining tool might examine decades of financial information to calculate expenses for any given period. Analysts can then cross-reference this information to discover patterns or trends.

Data mining itself is not a discipline but made up of many regulations, which is why it is complicated to understand. It contains parts of statistics, Artificial Intelligence, machine learning & pattern recognition, information visualization, database management, and data warehousing, and management science and information systems.

Data are often buried deep within large databases, which sometimes contain data from several years. In many cases, data is cleansed and consolidated into the warehouse. With new tools, you can now reach unexplored places and use cutting edge data miners to discover even more insight.

What is essential to know is that data mining often results in unexpected results. This forces end-users to think outside of the box, during the process and regarding the interpretation of the findings.

When considering big data vs. data mining, big data is the asset, and data mining describes the method of intelligence extraction. However, data mining does not depend on big data; software packages and data scientists can mine data with any scale of data set. Whereas the value of big data is contingent on data mining. If data mining cannot uncover actionable insights, big data is of no use. Although big data in itself fulfills the variety and volume criteria, data mining delivers business intelligence at a rapid pace.

Data mining builds models to detect patterns in collected data (internal and external). It seeks to find four major types of patterns. Namely associations, predictions, clusters, and sequential relationships.

Associations find commonly co-occurring groupings of things, discovering interesting relationships among variables in large databases. Mainly used in the retail industry, made easy with barcode scanners. Think of a market-basket analysis, where they discover relationships between products that are often bought together.

Two other popular derivatives of association data mining are link analysis and sequence mining. With link analysis, the linkage between many objects of interest is discovered automatically. With sequence mining, relationships are examined in terms of their order of occurrence to identify associations over time.

Predictions tell the nature of future occurrences of certain events based on the past. Predicting is commonly referred to as the act of telling about the future. Prediction exists of classification, regression, or time series. For instance, forecasting a temperature of 30C would have a class label that says sunny, whereas, with regression, the predicted thing is an actual number; in this case, 30C.

Classification is most common of all data mining tasks. The objective is to analyze historical data stored in a database and generate a model to predict future behavior. With this, the hope is to predict future events accurately. Classification tools include decision trees (from machine learning), neural networks, support vector machines, and genetic algorithms.

Often, an expert needs to modify and interpret the clusters suggested by the algorithm before the results can be put into actual use. This is because sometimes it occurs that different algorithms end with a different set of clusters for the same data set.

The goal is to create groups so that members of a group have maximum similarity, and across groups members have minimum similarity, which can be useful for segmenting customers and directing appropriate marketing tools to the segments.

Sequential relationships discover time-ordered events. A clear example is predicting that an existing banking customer who already has a checking account will open a savings account, followed by an investment account within a year.

With its goal to build one-on-one relationships with customers by developing an intimate understanding of their needs and wants, data mining can come in very useful. With all the data that is generated from various events (product inquiries, sales, product reviews), there are many different ways data mining can provide more insight.

CMO (Marketing & Product) B2B tech companies. Fundamentally, a storyteller. After more than 10 years working in different marketing roles, she gained expertise and experience in marketing and growth strategies, B2B marketing, team management, product marketing, etc. She joined Datumize in 2018 and since then she is being responsible for the overall marketing strategy, with especially focus on content generation.

Este proyecto ha sido cofinanciado por el Fondo Europeo de Desarrollo Regional (FEDER), dentro del Programa Operativo de Crecimiento Inteligente 2014-2020, con el objetivo de potenciar la investigacin, el desarrollo tecnolgico y la innovacin.

know the pros and cons of data mining | wisdomplexus

know the pros and cons of data mining | wisdomplexus

The analysis of data through data mining can provide countless advantages to companies for the optimization of their management and time. However, there can also be some inconvenience when using data mining techniques.

The analysis is much more accurate with data mining since it is possible to classify all the information according to the priorities that you previously identified. It is capable of analyzing databases with a huge amount of data.

With a large amount of data getting generated every day, it is pretty much evident that it will draw a lot of expenses associated with its storage as well as maintenance. This is one of the main disadvantages of data mining.

Companies hold a lot of critical information on their customers and employees as well. Theres always a risk of being hacked, as a massive amount of valuable data gets stored in the data mining systems.

The data mining tools analyze data without actually knowing its meaning. They present the results in the form of various visualizations. However, these patterns are not meaningful by themselves, but only after the user has assessed them.

In times of big data, it is not easy to find data that is, in fact, relevant to your purpose. Therefore, the use of data mining is an excellent way to optimize the process of analysis and use of relevant information.

On the contrary, it also has certain limitations to it as mentioned above. Though the advantages of data mining outweigh the disadvantages, we recommend you to take careful considerations before launching a new data mining project.

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rf wireless vendors and resources | rf wireless world

rf wireless vendors and resources | rf wireless world

The RF Wireless World website is a home of RF and Wireless Vendors and Resources. The site covers articles, tutorials, vendors, terminology, source code (VHDL, Verilog, MATLAB,Labview), test and measurement, calculators, news, books, downloads and more.

The RF Wireless World site covers resources on various topics such as RF, wireless, vsat, satellite, radar, fiber optics, microwave, wimax, wlan, zigbee, LTE, 5G NR, GSM, GPRS, GPS, WCDMA, UMTS, TDSCDMA, bluetooth, Lightwave RF, z-wave, Internet of Things(IoT), M2M, Ethernet etc. These resources are based on IEEE and 3GPP standards.It also has academic section which covers colleges and universities in engineering and MBA disciplines.

IoT based Fall detection system for elderly: The article covers architecture of the Fall detection system used for elderly people. It mentions benefits or advantages of IoT Fall detection system. Read More Also refer other articles on IoT based systems as follows: AirCraft Lavatory Cleanliness System Collision Impact Measuring System Perishable Food and Vegetables Tracking System Driver Assistance System Smart Retail System Water Quality monitoring System Smart Grid System Zigbee based Smart Lighting System Zigbee based smart parking system LoRaWAN based smart parking system

This Articles section covers articles on Physical layer(PHY), MAC layer, protocol stack and network architecture based on WLAN, WiMAX, zigbee, GSM, GPRS, TD-SCDMA, LTE, 5G NR, VSAT, Gigabit ethernet based IEEE/3GPP etc. standards. It also covers test and measurement related articles on compliance testing used for device RF/PHY conformance tests. REFER ARTICLES INDEX >>.

5G NR physical layer: The physical layer processing for 5G NR PDSCH channel and 5G NR PUSCH channel have been covered stepwise. This 5G physical layer description is as per 3GPP physical layer specifications. Read More

Interference basics and Interference types: This article covers adjacent channel Interference, co-channel Interference, EM Interference, ICI, ISI, light Interference, Sound Interference etc. Read More

This section covers 5G NR (New Radio) features, numerology, bands, architecture, deployment, protocol stack (PHY, MAC, RLC, PDCP, RRC) etc. 5G NR Quick reference Index >> 5G NR Mini Slot 5G NR Bandwidth Part 5G NR CORESET 5G NR DCI Formats 5G NR UCI 5G NR slot formats 5G NR RRC IEs 5G NR SSB, SS, PBCH 5G NR PRACH 5G NR PDCCH 5G NR PUCCH 5G NR Reference Signals 5G NR m-Sequence 5G NR Gold Sequence 5G NR Zadoff Chu Sequence 5G NR Physical layer 5G NR MAC layer 5G NR RLC layer 5G NR PDCP layer

This section covers RF and Wireless tutorials. It covers tutorials on topics such as cellular communication, WLAN (11ac, 11ad) , wimax, bluetooth, zigbee, zwave, LTE, DSP, GSM, GPRS, GPS, UMTS, CDMA, UWB, RFID, radar, VSAT, satellite, wlan, waveguide, antenna, femtocell, test and measurements, IoT etc. Refer TUTORIALS INDEX >>

5G tutorial-This 5G tutorial also covers following sub topics on the 5G technology: 5G basics tutorial Frequency Bands millimeter wave tutorial 5G mm wave frame 5G mm wave channel sounding 4G Vs 5G 5G test equipments 5G network architecture 5G NR network interfaces channel sounding Channel types 5G FDD vs TDD 5G NR network slicing What is 5G NR 5G NR deployment modes What is 5G TF

This GSM tutorial covers GSM basics, network architecture, network elements, system specifications, applications, GSM burst types, GSM frame structure or frame hierarchy, logical channels, physical channels, GSM physical layer or speech processing, GSM mobile phone network entry or call setup or Power ON procedure, MO call, MT call, VAMOS, AMR, MSK, GMSK modulation, physical layer, protocol stack, mobile phone basics, RF planning, PS call downlink and PS call uplink. Read more.

LTE Tutorial covering LTE system architecture covering LTE EUTRAN and LTE Evolved Packet Core(EPC) basics. It provides link to LTE system overview, LTE air interface, LTE terminology, LTE UE categories, LTE frame structure, LTE physical layer, LTE protocol stack, LTE channels (logical, transport, physical), LTE throughput, LTE carrier aggregation, Voice Over LTE, LTE advanced, LTE vendors and LTE vs LTE advanced.Read more.

This page of RF wireless world covers step by step design of RF frequency converter with example of 70 MHz to C band RF UP converter for microstrip board using discrete RF components viz. Mixers, Local oscillator, MMICs, synthesizer, OCXO reference oscillator, attenuator pads. Read more. RF Transceiver Design & Development RF Filter design VSAT System Types & basics of microstrip Waveguide basics

This section covers T&M resources, test and measurement equipments for testing DUTs based on WLAN, WiMAX, Zigbee, Bluetooth, GSM, UMTS, LTE standards. Test and Measurement INDEX >> PXI system for T&M. Signal generation and analysis PHY layer measurements WiMAX device conformance test Zigbee conformance test LTE UE conformance test TD-SCDMA conformance test

Fiber optic component basics including detector, optical coupler, isolator, circulator, switches, amplifier, filter, equalizer, multiplexer, connectors, de-multiplexer etc. This components are used in fiber optic communication. Optical Components INDEX >> Fiber optic communication tutorial APS in SDH SONET basics SDH Frame structure SONET vs SDH

RF Component vendors covering rf isolator, rf circulator, rf mixer, rf amplifier, rf adapter, rf connector, rf modulator, rf transceiver, PLL, VCO, synthesizer, Antenna, oscillator, power divider, power combiner, filter, attenuator, diplexer, duplexer, chip resistor, chip capacitor, chip inductor, coupler, EMC stuff, RF Design Software, dielectric material, diode etc. RF Components Vendors >> LTE Base station RF Circulator RF Isolator Crystal oscillator

The RF Wireless World's source code section covers MATLAB, VHDL, VERILOG and LABVIEW Programming languages related codes. These codes are useful for beginners in these languages. REFER SOURCE CODE INDEX >> 3 to 8 decoder VHDL code Scrambler descrambler MATLAB code 32 bit ALU Verilog code T,D,JK,SR flipflop labview codes

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The calculators and converters section covers RF calculators, wireless calculators as well as unit converters. These covers wireless technologies such as GSM, UMTS, LTE, 5G NR etc. REFER CALCULATORS Index >>. 5G NR Throughput calculator 5G NR ARFCN vs frequency conversion LoRa Data Rate Calculator LTE EARFCN to Frequency conversion Yagi Antenna Calculator 5G NR sampling time calculator

The section on IoT covers Internet of Things wireless technologies such as WLAN, WiMAX, Zigbee, Z-wave, UMTS, LTE, GSM, GPRS, THREAD, EnOcean, LoRa, SIGFOX, WHDI, Ethernet, 6LoWPAN, RF4CE, Bluetooth, Bluetooth Low Power(BLE), NFC, RFID, INSTEON, X10, KNX, ANT+, Wavenis, Dash7, HomePlug and more. It also covers IoT sensors, IoT components and IoT companies. Refer IoT main page>> and following links. THREAD EnOcean LoRa tutorial SIGFOX tutorial WHDI 6LoWPAN Zigbee RF4CE NFC Lonworks CEBus UPB

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