In this task, you're given a paragraph and title from the research paper. Your task is to classify whether the given title is suitable or not for the research paper based on the given paragraph. Return "True" if title is proper according to paragraph else "False".

Example Input: Paragraph: Factors affecting a residential unit's price are always of interest to homebuyers and building developers, especially in a city like Hong Kong which is known for expensive housing. Literature review indicates that the governing factors can be categorized into architectural and environmental attributes. Among different methods commonly used for pricing, the hedonic price approach is viewed as the most suitable. However, the successful use of this method requires that homebuyers know and choose the attributes. Whilst choosing architectural attributes are not a problem for homebuyers, the same does not apply to environmental attributes. Previous studies by the authors have proposed some simple indicators for quantifying the environmental attributes. Based upon the developed performance indicators and the transaction records of two representative housing estates (Royal Ascot ¼ RA and City One Shatin ¼ COS), details of the properties, including transaction prices, architectural particulars and environmental characteristics were numerically transformed for the hedonic price analysis. The analysis results revealed that the willingness to pay (percentage of house price in parenthesis) for architectural and environmental attributes was HK$302.3/ft 2 (5.8%) and HK$886.8/ft 2 (28.2%), respectively, for RA and HK$1672.7/ ft 2 (31.9%) and HK$111.5/ft 2 (3.5%) for COS. It was found that elasticity of substitution (ES) of environmental attributes contributed 3.4e13.3% of the property price, compared to 0.6e5.5% for architectural attributes. 
 Title: Development of price models for architectural and environmental quality for residential developments in Hong Kong
Example Output: True

Example Input: Paragraph: LETTERS that the quantitative assessment of the effectiveness of public health intervention measures for SARS is a difficult task for modelers. To make models useful for assessing the effects of specific intervention measures and for predicting the future dynamics during an ongoing epidemic, we need improved knowledge on the transmission mechanisms, pathogenesis, and the epidemiologic determinants of the spread of the virus. Any retrospective analysis of the 2003 SARS epidemic that improves our knowledge of SARS epidemiology is welcome. 
 Title: SARS epi-demiology and cumulative case curve
Example Output: False

Example Input: Paragraph: During th e pas t thre e decades , ther e ha s bee n a growin g realizatio n tha t breast-feeding no t only provides the nutritional requirements of the infant , but als o supplie s a hos t o f defens e factor s fo r th e protectio n o f th e recipient and/o r th e mammar y gland . Th e stud y o f thi s remarkabl e defense syste m in huma n mil k ha s bee n difficult , however , becaus e o f it s biochemical complexities , th e smal l concentration s o f certai n ver y poten t agents i n huma n milk , th e nee d t o develo p specia l method s t o quantif y certain factor s becaus e o f thei r particula r form s i n huma n milk , th e compartmentalization o f some of the agents, and the dynamic effects o f th e length o f lactatio n an d othe r materna l factor s upo n th e concentration s o r functions o f th e component s o f th e system . I n thi s chapter, w e summariz e the current information concernin g the molecular forms, concentrations i n milk durin g th e severa l phase s o f lactation , biologica l activities , fat e i n th e recipient infant, an d in vivo functions o f the defense agent s in human milk . (2 ) mos t component s of th e immunologi c syste m i n huma n mil k ar e produce d throughou t lactation an d durin g gradua l weaning ; (3 ) th e factor s ar e usuall y commo n to othe r mucosa l sites ; (4 ) the y ar e adapte d t o resis t digestio n i n th e gastrointestinal trac t of th e recipien t infant ; (5 ) they protec t b y noninflammatory mechanisms ; an d (6 ) th e agent s ac t synergisticall y wit h eac h othe r or with defense agent s produced b y the recipient. Representativ e example s of solubl e defens e agent s ar e liste d i n Tabl e I . 
 Title: Defense Agents in Milk A. Defens e Agent s i n Huma n Mil k A. Factors with Nonnutrltive Functions In Human Milk The defens e agent s i n huma n milk , thoug h biochemicall y diverse , shar e certain features : (1 ) ther e i s ofte n a n invers e relationshi p betwee n th e 728 Armon
Example Output:
True