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RISS 인기검색어
- 검색키워드
- 저자 : Suman Mukhopadhyay (검색결과 2 건)
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Symbolic indicators and user perception performance in Indian industries and Public places
Rauf Iqbal,Hiren Shah,Amitabha De,Suman Mukhopadhyay 대한인간공학회 2014 대한인간공학회 학술대회논문집 Vol.2014 No.5
During the past two decades, the body of empirical research on warning design and evaluation has grown steadily. Consequently, there are now basic principles and guidelines addressing warning design and how to enhance the usability of designs by considering factors internal to the user e.g., beliefs, perceptions of risk and stress. Industrial & public safety icons need to be more recognizable due to globalisation and liberalisation of economies and due necessity to communicate message effectively and effortlessly. Many a times industrial & public safety icons are not recognized, which result in accident, injury and loss. A study was carried out to investigate the recognition rate of symbolic indicators by select industrial workforce and to evaluate whether the icons encountered in “every-day activities” met the comprehension criteria of ISO Standards. The study was conducted on 37 males and 53 females belonging to various age groups and qualification level. The study included 60 icons used in industry (n=30) and public places (n=30). A paper-based icon recognition questionnaire was prepared and used to examine icon recognition and perception performance over different groups. Each icon was given a unique code for its identification which the participant needed to search out from the codes given below the corresponding icon and fill it in their response sheet. Results show that failure rate to recognize icons used in industrial operations are much higher than the icons used in public places. Recognition rate of 50% industrial icons have been found below the recognition rate as stated in ISO standard (>67%). Results of ANOVA for industrial icons show that recognition rate varies with educational background (p<0.008), educational back ground and gender (p<0.04), gender and age group (p<0.03). But is case of public icons there were no significant difference among gender, age and educational background in comprehension of icons. Safety icons are designed to increase customer and worker safety, problems occur if the icons are failed to click human recognition. An effective symbol must be easily distinguishable compared with others. The challenge during design is to foreseeing cognition ability of the users’ across age, sex and social background. In industrial situation, workers should be exposed to training - especially when they work in environments that expose them to hazards of various kinds.
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Symbolic Indicators and User Perception Performance in Indian Industries and Public Places
( Rauf Iqbal ),( Hiren Shah ),( Amitabha De ),( Suman Mukhopadhyay ) 한국감성과학회 2014 춘계학술대회 Vol.2014 No.-
During the past two decades, the body of empirical research on warning design and evaluation has grown steadily. Consequently, there are now basic principles and guidelines addressing warning design and how to enhance the usability of designs by considering factors internal to the user e.g., beliefs, perceptions of risk and stress. Industrial & public safety icons need to be more recognizable due to globalisation and liberalisation of economies and due necessity to communicate message effectively and effortlessly. Many a times industrial & public safety icons are not recognized, which result in accident, injury and loss. A study was carried out to investigate the recognition rate of symbolic indicators by select industrial workforce and to evaluate whether the icons encountered in every-day activities met the comprehension criteria of ISO Standards. The study was conducted on 37 males and 53 females belonging to various age groups and qualification level. The study included 60 icons used in industry (n=30) and public places (n=30). A paper-based icon recognition questionnaire was prepared and used to examine icon recognition and perception performance over different groups. Each icon was given a unique code for its identification which the participant needed to search out from the codes given below the corresponding icon and fill it in their response sheet. Results show that failure rate to recognize icons used in industrial operations are much higher than the icons used in public places.
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