Digital Right Management for Electronic Text Book (DRMETB)

              Digital Right Management for   Electronic Text Book (DRMETB)  

              Ram Singh Bairwa (MA,MLISc, PGDLAN , M.Phil & UGC NET  (LIS)

                          Address for correspondence:    Email ID: bairwa.ramsingh@yahoo.in

                     Cell No: 08237297547, Medical Library, Army Hospital (R & R) , Delhi Cantt-10,India

Abstract:

Digital right management   for electronic text book (DRMETB) is the emerging literature which addressing the use of digital mood tracking technologies, primarily focusing on the strengths and inherent limitations of using these new methods including electronic self-report, behavioral data collection and wearable physiological biosensors including with evidenced base approach (EBA). Currently DRMETAB in   developing field holds a great promise in generating novel insights into the mechanistic processes of   copyright issues   and improving personalized clinical care and medicine. However, copy right issues   for research is needed to validate these novel approaches to ensure that these devices are indeed achieving their purpose of capturing changes in growth and development of researchers and respective readers   the safe and security point of view for an author.

Keywords:  Digital right management, Electronic text book, Digital information management

INTRODUCTION:

U.S. health care is the converting from paper to the   digital information management (DIM), the tipping point and is showing evidence of the benefits of clinical information systems (CISs) are the new practice models will require digital information management, pressure for evidence-based practice (EBP) continuity of care (COC) and demonstration of the quality of care (QOC) resulting from digital right management   for electronic text book (DRMETB) [1]. Advanced Information and Communication Technologies (ICT) solutions are the key instrument to enable the modern integrated care (MIC).  DRMETB aim is to provide authentication for respective author for their medical care at the right point, in the right manner, at the right time without technological, institutional boundaries or integration issues, for electronic text book publication. eHealth platforms can help to create a prospering eHealth environment through open digital ecosystems (ODEs). The health care domain is an ambitious task for these conditions how an open system can be achieved are often consented in complex chapters but they are not often scientific questioned. Conducting an action design research process, the paper contributes guidelines for implementing eHealth platforms by reflection of the new work guidelines for eHealth ecosystem projects are quite necessary for the digital right management (DRM) [2].

 

 

 

MATERIAL AND METHODS:

We have used the available research databases the web of science, scopus, Pubmed/medline, Index Copernicus, google scholar, Hinary and Embase. However, these methods are often inaccurate due to recall bias and compliance issues, and are limited in their capacity to collect and process data over long periods of capability, availability and affordability of digital technologies related to  digital information management (DIM)  in recent decades the emerging literature addressing the use of digital mood tracking technologies, primarily focusing on the strengths and inherent limitations of using these new methods including electronic self-report, behavioural data collection and wearable physiological biosensors  developing field holds a  great promise in generating novel insights into the mechanistic processes of digital information management (DIM) to improve  their  personalized  clinical care (PCC)  [3].

RESULTS:

eHealth solutions are increasingly being applied to deliver interventions for promoting an active lifestyle in the general population but also in older people. Objective assessment of daily physical activity (PA) is essential to accurately and reliably evaluate the effectiveness of such interventions. This review presents an overview of eHealth interventions that focus on promoting PA in community-dwelling older people, and discusses the methods used to objectively assess PA, and the effectiveness of the eHealth interventions in increasing PA through DRMETB. The eHealth intervention studies meeting our inclusion criteria used a variety of digital solutions, ranging from (50-95%) use of an accelerometer or text messages, to interactive websites with access to (animated) coaches and peer support DRMETB. Besides that evaluating the effectiveness of an intervention on   objectively assessed PA through DRMETB continuous self-monitoring of PA as part procedures for the collection and analysis data varied across studies with reported outcomes were collected through the DRMETB.  Present  evidence seems to point to a positive short-term effect (PSTE)  increases and directing towards right after administering the intervention are needed to provide evidence on sustaining the PA increases that follow eHealth interventions in older people are possible through DRMETB [4]. The psychometric, investigative characteristics of image-based test items in radiological written examinations are not well known till date. DRMETB helps to test items in postgraduate radiological digital examinations trough taking permission and DRMETB. In postgraduate radiological written examinations, difficulty and discriminating power of image-based test items are related to the type of response format and are comparable to those of text-alone items response format with a relatively larger number of the answer options to optimize psychometric indices of radiological image-based test items (RIBTIs) are easily possible through DRMETB [5].

DISCUSSION:

 Currently, Three-dimensional (3-D) models from digital images of whole mount histopathological slices are deformed into one best example is   prostate model selected as an atlas using a combination of rigid, affine, and B-spline deformable registration techniques helps through digital information management (DIM) by counting the number of tumor occurrences among all glands position are located through the 3-D registered atlas [6]. Advances in automatic text classification have been  recognized through the rapid increase in the availability of digital documents like  Machine learning (ML) algorithms can 'learn' from data categories, and learn to distinguish between potentiality of the technique to classify transcribed speech samples along clinical dimensions, using vocabulary data alone (VDA) through digital information management (DIM). The most informative features for the patient versus control task are lower at   frequency levels (content words, generic terms and components of metanarrative statements and disease progression images). The number of informative lexical features was too small to support any specific inferences feature set, including values derived from Quantitative Production Analysis (QPA) may shed further light on this little understood distinction [7].

Creating an electronic procedural logbook (EPLB) through the digital information management (DIM) with enhancing the user interactivity and most usefulness as an educational resources developed  an interactive procedural logbook using Microsoft Embedded Visual Basic and Metrowerks CodeWarrior including with  Interface design focused on the  rapid data entry with minimum requirement for the  Etext.   Educational reference resources are normally   contextual help options about each procedure, combined with the valuable  diagrams and pictures ,  diagnostic and fee coding,  poorly some procedures pay,  Quick Tips relevant to each procedure through accumulating through   DRMETB  helps in rebuilt-in database conduits, data are automatically collected from each device on every HotSync with the desktop, big data collated and analyzed  through Web access need specific copyright. DRMETB evidence indicates the need to implement central data collection and backup right from the central data collection (CDC) provides many advantages. The DRMETB directed has better information for future applications. Point-of-care accessibility has been the key attraction of using these devices for logging encounter data through the DRMETB [8-11].

Copyright issues and amendments:

Although Indian act of copyright (IAC), IPR and Digital library copyright act (DLCA) available presently it need to proper revision according to the required of users and growth and development of research. 

LIMITATIONS:  The E- text book proposal should not be lengthen.

CONCLUSION: However, copy right   for research E-TEXT BOOK   is mandatory to validate so many of texts DRMETB  novel approaches to ensure that these devices are indeed achieving their purpose of capturing changes in growth and development of researchers and respective readers   the safe and security point of   view the development of   medical education and research as well. .

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