The query mix for the Geographical Coordinates (DBpedia) data set

4.5 shows the natural language queries, whereas Table 4.6 shows the natural language queries translated into a SPARQL representation.

Table 4.5: The query mix for the Geographical Coordinates (DBpedia) data set Queries

1. Find the latitude and longitude of entities where the latitude is between 50 and 60 and the longitude is between 5 and 10

2. Find the URIs of geographical locations where the latitude equals or is less than 50 and equals or is higher than 49, and the longitude equals or is higher than 9 and equals or is less than 10

3. Find the URIs of geographical locations where the latitude minus 37.785834 is smaller than, or equals 0.04 and 37.785834 minus the latitude is smaller than, or equals 0.04, and the longitude minus -122.406417 is smaller than, or equals 0.04 and -122.406417 minus the longitude is smaller than, or equals 0.04

4. Find the URIs of geographical locations where the latitude times 2 is higher than 96 and the latitude divided by 3 is higher than 15, and the longitude divided by 2 is higher than 4 and the longitude times 2 is less than 30.

5. Find the URIs of geographical locations where the latitude is higher than 60 or the latitude is higher than 50, and the longitude is higher than 1

6. Find the URIs of geographical locations where the latitude minus 50 is less than or equals 0.04, and 50 minus the latitude is less than or equals 0.04, and the longitude minus 0 is less than or equals 0.04, and 0 minus the longitude is less than or equals 0.04

7. Retrieve the RDF graphs of geographical locations where the latitude minus 10 is less than or equals 50, and the latitude is higher than 40, and the longitude is between 5 and 10

8. Retrieve the RDF graphs of geographical locations where the latitude times 3 is higher than 150 and the latitude divided by 2 is higher than 25, and the longitude minus 2 is higher than 5 9. Retrieve the RDF graphs of geographical locations where the latitude is between 50 and 80,

and the longitude is between 0 and 10

10. Retrieve the RDF graphs of geographical locations where the latitude equals or is less than 30, and the latitude equals or is higher than 20

11. Retrieve the RDF graphs of geographical locations where the longitude is between 10 and 12 12. Retrieve the RDF graphs of geographical locations where the latitude divided by 3 equals or

is less than 20, the latitude times 2 is less than 100, the longitude times 2 is higher than 20, and the longitude times 2 is less than 30

13. Construct an RDF graphs of geographical locations, consisting of the triple ?s grs:point (?lat ?long), where the latitude minus 20 equals or is less than 40, the latitude is higher than 30, and the longitude is between 7 and 15

?long), where the latitude times 2 is higher than 100, and the longitude divided by 3 is higher than 3

15. Construct an RDF graphs of geographical locations, consisting of the triple ?s grs:point (?lat ?long), where the latitude divided by 5 equals or is smaller than 10, and the longitude plus 20 is higher than 30

16. Construct an RDF graph of every geographical location, consisting of the triple ?s geo:geometry (?long ?lat), where the latitude is between 10 and 20, and the longitude is between 0 and 10

17. Construct an RDF graph of every geographical location, consisting of the triple ?s geo:geometry (?long ?lat), where the latitude is between 30 and 50, and the longitude is between 18 and 20

18. Construct an RDF graph of every geographical location, consisting of the triple ?s

geo:geometry (?long ?lat), where the latitude minus 20 is higher than 30, the latitude plus 2 is higher than 50, and the longitude is between 10 and 15

19. Check if any of the geographical locations have a latitude between 40 and 41

20. Check if any of the geographical locations have a longitude that equals or is less than 10, and a latitude that equals or is higher than 50

21. Check if there exist any geographical locations where 50 minus the latitude is higher than 10, and the longitude times 2 is higher than 20

22. Check if there exist any geographical locations where the longitude minus 10 equals or is less than 0.5

23. Check if any of the geographical locations have a latitude that equals or is higher than 60, and a longitude that equals or is less than 20

24. Check if there exist any geographical locations where the longitude divided by 2 equals or is less than 5, and the latitude plus 20 is higher than 70

Table 4.6: The query mix for the Geographical Coordinates (DBpedia) data set represented with SPARQL

SPARQL queries

1. SELECT ?lat ?long WHERE {?s geo:lat ?lat; geo:long ?long. Filter((?lat > 50 && ?lat < 60) && (?long > 5 && ?long < 10))}

2. SELECT ?s WHERE {?s geo:lat ?lat; geo:long ?long. Filter((?lat <= 50 && ?lat >= 49) && (?long >= 9 && ?long <= 10))}

<= 0.040000) && (37.785834 - xsd:double(?lat) <= 0.040000) && (xsd:double(?long) - - 122.406417 <= 0.040000) && (-122.406417 - xsd:double(?long) <= 0.040000))}

4. SELECT ?s WHERE {?s geo:lat ?lat; geo:long ?long . Filter((xsd:double(?lat) * 2 > 96) && (xsd:double(?long) / 2 > 4) && (xsd:double(?lat) / 3 > 15) && (xsd:double(?long) * 2 < 30))}

5. SELECT ?s WHERE { ?s geo:lat ?lat; geo:long ?long. Filter((?lat > xsd:float("60") || ?lat > xsd:float("50")) && ?long > xsd:float("1"))}

6. SELECT ?s WHERE {?s geo:lat ?lat; geo:long ?long . Filter((xsd:float(?lat) - 50 <=

0.40000) && (50 - xsd:float(?lat) <= 0.40000) &&(xsd:float(?long) - 0 <= 0.40000) && (0 - xsd:float(?long) <= 0.40000))}

7. DESCRIBE ?s WHERE {?s geo:lat ?lat; geo:long ?long. Filter((?lat - 10 <= 50 && ?lat > 40) && (?long > 5 && ?long < 10))}

8. DESCRIBE ?s WHERE {?s geo:lat ?lat; geo:long ?long. Filter((?lat * 3 > 150 && ?lat / 2 > 25) && (?long - 2 > 5))}

9. DESCRIBE ?s WHERE {?s geo:lat ?lat; geo:long ?long. Filter((?lat > 50 && ?lat < 80) && (?long < 10 && ?long > 0))}

10. DESCRIBE ?s WHERE {?s geo:lat ?lat. Filter(?lat <= 30 && ?lat >= 20)} 11. DESCRIBE ?s WHERE {?s geo:long ?long. Filter(?long > 10 && ?long < 12 )}

12. DESCRIBE ?s WHERE {?s geo:lat ?lat; geo:long ?long. Filter((?lat / 3 <= 20 && ?lat * 2 < 100) && (?long * 2 > 20 && ?long * 2 < 30))}

13. CONSTRUCT {?s grs:point (?lat ?long) } WHERE {?s geo:lat ?lat; geo:long ?long. Filter((?lat - 20 <= 40 && ?lat > 30) && (?long > 7 && ?long < 15))}

14. CONSTRUCT {?s grs:point (?lat ?long) } WHERE {?s geo:lat ?lat; geo:long ?long. Filter(?lat * 2 > 100 && ?long / 3 > 3)}

15. CONSTRUCT {?s grs:point (?lat ?long) } WHERE {?s geo:lat ?lat; geo:long ?long. Filter(?lat / 5 <= 10 && ?long + 20 > 30)}

16. CONSTRUCT {?s geo:geometry (?long ?lat) } WHERE {?s geo:lat ?lat; geo:long ?long. Filter((?lat < 20 && ?lat > 10) && (?long < 10 && ?long > 0))}

17. CONSTRUCT {?s geo:geometry (?long ?lat) } WHERE {?s geo:lat ?lat; geo:long ?long. Filter((?lat < 50 && ?lat > 30) && (?long < 20 && ?long > 18))}

18. CONSTRUCT {?s geo:geometry (?long ?lat) } WHERE {?s geo:lat ?lat; geo:long ?long. Filter((?lat - 20 > 30 && ?lat + 2 > 50) && (?long > 10 && ?long < 15))}

19. ASK {?s geo:lat ?lat. Filter(?lat > 40 && ?lat < 41)}

20. ASK {?s geo:lat ?lat; geo:long ?long. Filter(?long <= 10 && ?lat >= 50)} 21. ASK {?s geo:lat ?lat; geo:long ?long. Filter(50 - ?lat > 10 && ?long * 2 > 20)} 22. ASK {?s geo:long ?long. Filter(?long - 10 <= 0.5)}

23. ASK {?s geo:lat ?lat; geo:long ?long. Filter(?lat >= 60 && ?long <= 20)} 24. ASK {?s geo:lat ?lat; geo:long ?long. Filter(?long / 2 <= 5 && ?lat + 20 > 70)}