博碩士論文 106421050 完整後設資料紀錄

DC 欄位 語言
DC.contributor企業管理學系zh_TW
DC.creator陳淑絹zh_TW
DC.creatorShu-Jiuan Chenen_US
dc.date.accessioned2019-6-12T07:39:07Z
dc.date.available2019-6-12T07:39:07Z
dc.date.issued2019
dc.identifier.urihttp://ir.lib.ncu.edu.tw:88/thesis/view_etd.asp?URN=106421050
dc.contributor.department企業管理學系zh_TW
DC.description國立中央大學zh_TW
DC.descriptionNational Central Universityen_US
dc.description.abstractGartner指出策略性科技趨勢具有快速成長、變動性高且將於未來五年內到達高點的特性。然而,企業的數據基礎是發展策略性科技重要的關鍵,故企業在發展策略性科技之前,需先發展組織的數據分析能力。有許多組織收集愈來愈多的不同數據,但收集的資源超出了他們能夠管理或分析的範圍,加上高階主管忽視了組織缺乏能力或成熟度來解決所涉及的技術、員工、流程和數據的必要範圍。許多學者及專家為幫助組織在大數據分析能力成熟的連續階段,有效的在階段、維度、結果和行動推進,提出大數據分析成熟度模型。但專家學者在提出大數據分析成熟度模型時,尚未考慮各維度重要性不同之觀念,以至於評估組織大數據分析能力時有些許不完善之處。 本研究採用國際數據資訊有限公司(International Data Corporation)所提出的IDC大數據分析成熟度模型,發展「組織與數據分析能力」研究問卷,並更改舊有文獻計算方法,加入各維度之重要性不同之觀點,協助企業評估其大數據分析能力的成熟度,以了解目前組織數據分析能力之狀態。 本研究共收回109份有效問卷,共有16種產業,其中科技業製造業及金融保險業為大宗。而受測對象主要的職位前五名為營運部門主管、IT人員與資料工程師、資料科學家與資料分析人員、人資人員以及資訊長與IT部門主管。受訪公司營收50億以上及50億以下各佔一半左右。所計算出的權重為W_願景=0.31,W_數據=0.23 ,W_技術=0.20,W_員工=0.14,W_流程=0.12。zh_TW
dc.description.abstractGartner suggested that strategic technologies have the potential to foster opportunities along with significant disruptions that can be observed in many fields of studies and industries within the next five years. However, prior to fully implement strategic technologies within a firm, one should place focus on developing its analytical capability after diving into the field of Big Data. Many organizations nowadays collect all kinds of data but some lack the ability to organize these data. Moreover, because of the fervor of Big Data, people in the management role of the firms which are in the rudimentary stage of analyzing data may oversee obstacles confronted currently such as—skill, people, process and data and may experience a strong friction implementing data analysis concepts alike. In order for an organization to improve its big data, analytical capability and maturity effectively, many scholars and researchers have composed a grading rubric to better assess a firm’s ability to utilize data science in the industry such as Big Data and Analytics Maturity Benchmark. But many of the studies did not place enough weights on the different dimensions of Big Data and Analytics Maturity Scape. This study is based on IDC′s Big Data and Analytics Maturity Benchmark and a research questionnaire is later composed which blend in the concept of different dimension in the study. As a result, this study should suggest a new measure for assessing enterprise big data and its analytical capability status in Taiwan. There are 109 valid questionnaires collected in the surveys sent out across 16 different industries. Out of the questionnaires gathered, most of the respondents are from technology industry. Manufacturing industry comes in second and the financial industry comes in third. Overall, the composition of job role of respondents from the most to least are as follows: heads of operations departments, IT and data engineers, data scientists and data analysts, human resources personnel, CIO and heads of IT departments. The dimension weights are as follows:W_vision=0.31,W_data=0.23,W_technology=0.20,W_people=0.14,W_process=0.12。 en_US
DC.subject大數據zh_TW
DC.subject大數據分析zh_TW
DC.subject成熟度模型zh_TW
DC.subjectBig dataen_US
DC.subjectBig data analyticalen_US
DC.subjectMaturity Benchmarken_US
DC.title企業大數據分析能力現況調查之研究zh_TW
dc.language.isozh-TWzh-TW
DC.titleA Survey on Enterprise Big Data Analytical Capability Status in Taiwanen_US
DC.type博碩士論文zh_TW
DC.typethesisen_US
DC.publisherNational Central Universityen_US

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