P p8 = {p1} and thus p8 is an outlier. Similarly, n+ p14 = 0, P p14 = {p1, p7, p10, p12} and thus p14 is an inlier. Assume that object p22 arrives and after the range query we get A = {p8}. Then, n+ p8 [...] object p8 all objects p i with i < 8 are preceding and all objects p j with j > 8 are succeeding R p8 p10 R p1 p16 p18 p14 p7 p12 p22 Fig. 5. Example of LUE variant. objects. In this example, n+ p8 = 2, [...] how the event based-scheme is applied. Let p be an object and let p.minexp = min{p i .exp|p i 2 P p } be the minimum expiration time of P p . Assume that object p is an inlier (not a safe one) at the present …

is s 1 p − 1 p − 2 p − 1 0 p − 1 p − 2 p − 2 s 2 p − 1 p − 2 p − 2 0 p − 1 p − 2 p − 2 s 3 p − 1 p − 1 p − 2 0 p − 1 p − 1 p − 1 s 4 p − 1 p − 2 p − 1 1 p + 1 p − 2 p − 1 s 5 p − 1 p − 2 p − 2 1 p + 1 p [...] p − 2 p − 1 s 6 p − 2 p − 2 p − 3 0 p − 2 p − 2 p − 2 s 7 p p − 1 p − 1 1 p + 2 p − 1 p s 8 p p − 1 p − 1 0 p p − 1 p − 1 84 Literaturverzeichnis Arruda-Olson, A. M., D. W. Mahoney, A. Nehra, M. Leckel [...] (0, 1, . . . , p− 2, p− 1), s2 = (1, 0, 2, . . . , p− 2, p− 1), s3 = (1, 2, . . . , p− 1, 0), s4 = (0, 1, . . . , p− 2, p− 2), s5 = (1, 0, 2, . . . , p− 3, p− 2, p− 2), s6 = (1, . . . , p− 2, 0, 0), s7 …

ls8-report-20.dvi

(P E ) T ! P I (P E ) and that fp i (tr; s; x; y) j p i 2 I = fp 1 ; p 2 ; : : : ; p 5 g and p i (tr; s; x; y) 2 T ! P I,6 T ! P I,5 T ! P I,4 T ! P I,3 T ! P I,2 T ! P I,1 (P E )g = fp i (tr; s; [...] program P 00 I (see Denition 1), whose coverage is a superset of the one of P 0 I and P I , respectively, i.e., Cov P (I) = Cov P 0 (I) Cov P 00 (I) with P = P I [ P E ;P 0 = P 0 I [ P E and P 00 = P 00 I [...] that T i P I (P E ) T ! P I,n : : :T ! P I,1 (P E ). Then, we have to show the hypothesis T i+1 P I (P E ) T ! P I,n : : :T ! P I,1 (P E ). Let B = p r (x 1 ; : : : ; x s ) and B 2 T i+1 P I (P E ). Then …

K21: Guided Museum Tour in English (14th of June, 9:55 a.m.) - AStA

. 50 44227 Dortmund Telephone: Lecture time: Mon – Fri 10:00 a.m. – 2:00 p.m. Lecture-free time: Mon – Fri 10:00 a.m. – 1:00 p.m. Phone: +49  (0)231 / 755 – 2584 Fax: +49  (0)231 / 755 – 5143 Common requests: [...] page) Opening hours AStA Service Lecture time: Mon – Fri 10:00 a.m. – 2:00 p.m. Lecture-free time: Mon – Fri 10:00 a.m. – 1:00 p.m. Authentications are currently only available with an appointment. You can [...] K21: Guided Museum Tour in English (14th of June, 9:55 a.m.) - AStA Skip to content AStA Allgemeiner Studierendenausschuss der TU Dortmund English Deutsch English News The AStA Consultants Rules of Operation …

Spatial Index Structures – Lecture Notes

\geq \textup{dist}(q, p_i) - \textup{dist}(c_{ij}, p_i) \geq \textup{dist}(q,p_i) - r_i\) Put nodes \(p_i\) into a priority queue, ordered by \(\text{MinDist}(q,p_i):=\textup{dist}(q,p_i) - r_i\) . If we [...] \(c_{ij}\) of \(p_i\) , we have \(\textup{dist}(p_i,c_{ij})\leq r_i\) . By the triangle inequality , we have \(\textup{dist}(q, c_{ij}) + \textup{dist}(c_{ij}, p_i) \geq \textup{dist}(q, p_i)\) . by using [...] search trees used for associative searching. Commun. ACM . 18, 9 (1975), 509–517. DOI: 10.1145/361002.361007 [BKSS90] Beckmann, N., Kriegel, H.-P., Schneider, R. and Seeger, B. 1990. The r*-tree: An efficient …

Spatial Index Structures – Lecture Notes

\geq \textup{dist}(q, p_i) - \textup{dist}(c_{ij}, p_i) \geq \textup{dist}(q,p_i) - r_i\) Put nodes \(p_i\) into a priority queue, ordered by \(\text{MinDist}(q,p_i):=\textup{dist}(q,p_i) - r_i\) . If we [...] \(c_{ij}\) of \(p_i\) , we have \(\textup{dist}(p_i,c_{ij})\leq r_i\) . By the triangle inequality , we have \(\textup{dist}(q, c_{ij}) + \textup{dist}(c_{ij}, p_i) \geq \textup{dist}(q, p_i)\) . by using [...] search trees used for associative searching. Commun. ACM . 18, 9 (1975), 509–517. DOI: 10.1145/361002.361007 [BKSS90] Beckmann, N., Kriegel, H.-P., Schneider, R. and Seeger, B. 1990. The r*-tree: An efficient …

Qualitaetsbericht2013-Mathe-Okt2013

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ualitätsbericht …

Microsoft Word - ArtLab2024

given by:  ( ) 1 1 1 1 2 0.027027E g p p p         . The variance is calculated as:        2 22 2( ) 1 1 1 1 2 4 4 4 1 0.99927Var g p p p p p p p              . Formulas [...]  2 1n n iP G p    and  1 1 n iP G p   with the expected value and the variance:      ( ) 2 1 1 1 1 2 nn n n iE G p p p         ,    2 ( ) 4 2 n n iVar G p p  , where n [...]   2 1n n iP G p    and  1 1 n iP G p   with the expected value and the variance      ( ) 2 1 1 1 1 2 nn n n iE G p p p         ,    2 ( ) 4 2 n n iVar G p p  (see, e.g …