328,833 research outputs found
TO:DO : collaborative experience innovation : white paper of Philips Design
No full textThis research report describes the TO:DO (Technical Objectives: Design Objectives) process; a design research programme initiated in Philips in 2004, pioneering a creative process to drive innovation by integrating envisioned user experiences with enabling technologies. The report shows that by incorporating end-user insights from the start, the design process leads to solutions that make sense to people’s lives whilst leveraging technological assets. The project uses the creation of a tangible ‘slice of life’ demonstrator (Connected Home II) to focus the research partners Andrews and Geurts, co-ordinated by Kyffin, encouraging the sharing of objectives and the creation of a common language. The research thinking builds on; Past Tense: Future Sense, Chapter 2.15: Design research 268-271pp., ISBN: 90-6369-116-5, Marzano, S., (editor) (2005), which describes the creation and context of some of the most iconic Philips products. Kyffin worked on the chapter entitled ‘Design Research’ from his role as Global Director of Design Research within Philips; building knowledge, new solutions and emerging design. This research report illustrates how interdisciplinary open innovation is used as a design research tool to develop concepts and solutions in response to the changing world. How it has determined future strategies for Philips business development through new materials, technologies, changing markets, peoples, cultures and society. The report and the book chapter are rare publications by because they discuss research policy and activities within a commercial company for public dissemination. They introduce the notion of Design as a means to contribute and drive social and political innovation. Recent speaking engagements which expand on the thinking include: (2006) ‘Objects of Service: from subjects to objects and back again’, keynote in; International Service Design Northumbria. Kyffin was also interviewed by the organisers of the Design & Emotion conference on the topic: ‘Getting Emotional with Steven Kyffin’: www.designemotion.com/2006/01/17/getting -emotional-with-steven-kyffin/
DESIGN AS A FUNCTIONAL LEADER: A case study of Philips to investigate the potential of design as a leading functional discipline
No full textThis research investigates the role of design as a functional leader in multinational industries, to drive innovation successfully at a strategic level. It involved a detailed case study of the innovation process, and practices within Philips Design based in Eindhoven, The Netherlands, where design is a key decision making function within the company but not yet recognised as a leading discipline at strategic level. Philips Design wanted to use design research to build an integrated map of its actual practices and correlate these with other corporate innovation practices, to help establish strategic recognition for their value. The doctoral challenge was to explicate the process and determine whether the findings have generic capacity to support the role of design as a functional leading discipline.
The investigation integrates an iterative loop of; abductive reasoning of design thinking and inductive reasoning of management thinking in an action research cycle. The case study was part of an empirical enquiry, where the researcher became a participatory observer at Philips Design, conducting one-on-one interviews for data collection and refining their analysis using a Delphi Technique. Three other multinational organisations were explored to take into account how each perceives the contribution of design and the different roles it plays in their organisation. Data triangulation was also used to validate findings with a third party expert.
The research contributes to knowledge by confirming the conditions for design to act as a leading functional discipline. It shows that design cannot be the only functional lead for a multinational organisation. It identifies the major reason for this as the difference between thinkers trying to find viable options for the future and practitioners trying to defend the core business in their organisation, resulting in a gap between strategy and operation. The research further elaborates on the reasons for the gap to exist through qualitative conceptual relationships between designer behaviour and organisational culture in the different innovation cycles that exist in the organisation
Pocapharaptinus akotsenorum Akotsen and Philips, new species
No full textPocapharaptinus akotsenorum Akotsen and Philips, new species Figs. 13, 14, 27 & 35 Type material. Holotype: S. Africa, Pofadder 20 km N, 29.01 S- 19.27 E / 24.8. 1977, E-Y: 1328, singled, leg. Endrödy-Younga / groundtraps with banana bait. Paratype: same data as holotype (6). Diagnosis. This species can be characterized by: a broadly obtusely angled cuticle between pronotal anterior setal tufts (Fig. 27); male genitalia with expanded posterior portion of parameres,and elongate median lobe (Fig. 35). Description. Body reddish brown to brown; body oval, convex. Length 1.5–1.8 mm. Head dorsally smooth but with scattered setose tubercles in a band between eyes, tubercles distinct; setae short, recumbent and erect; setal tufts on either side of midline between eyes present; carina posterior of antennal fossae absent. Pronotum with visible surface extending posteriorly between setal tufts broadly triangular, forming an obtuse angle posteriorly; base of setal tufts arising from just slightly above cuticular surface by height equal to that of tubercles on curved carinae, anterior margin swollen, especially at middle; lateral spines distinct from but blending into tufts, thickness similar to erect elytral setae. Elytral surface moderately convex, apices rounded, not projecting; erect setae yellow, moderately long; six round patches of slightly flattened recumbent white setae located anteriorly within puncture rows 5–8 and posteriorly within rows 4 and 8. Male genitalia with parameres thinnest near apical 1 / 3, strongly curved inwards near apex, apices distinctly expanded; median lobe parallel sided except near apex, total length 87 % of that of parameres measured from base (Fig. 35). Etymology. The specific epithet honors the parents of the first author, whose efforts and motivation helped to make his studies at Western Kentucky University and elsewhere possible.Published as part of Akotsen-Mensah, Clement & Philips, Keith, 2009, Description of a new genus of spider beetle (Coleoptera: Ptinidae) from South Africa, pp. 51-67 in Zootaxa 2160 on pages 57-59, DOI: 10.5281/zenodo.18894
Philips as pulse for the development of Eindhoven: The value of the Philips heritage around the Emmasingel for the future of Eindhoven
No full textEindhoven and Philips, two names that are inseparable from each other. Travelling by train to Eindhoven you are accompanied by the heritage of Philips next to the railway. Travelling by car to Eindhoven along the highway you pass the Medical Centre of Philips in the north and the High Tech Campus of Philips in the south. In the city white factory buildings with the Philips logo are prominently displayed in the city. In the prime of Philips around the 1930’s it was a real industrial hub. This is the reason why residents of Eindhoven are still proud of the city (Onna, 2002). The city of Eindhoven is in a large extent formed by Philips. The buildings are designed from the company architecture of Philips. Architects employed by or under direct supervision of Philips’ Technische Bedrijven (Philips Building Design and Plant Engineering Division). Optimal use of the production facilities was priority in the designs (Geevers, 2014). Because of the lack of space, the factories needed to be built higher and this gave the white towers the appearance of a ‘world industry’ (1908, p.134). The retiring of Philips from Eindhoven in 2001 can be seen as a pauperization of her identity, but as well a release. The architecture of Philips remains nowadays to the collective memory of the city (Doevendans, 2009). The architecture and city planning of Philips is still recognizable. The old production facilities are used nowadays for Brainport, creative and innovation city and reused for new functions as living, culture, recreation, and offices. But the brands Brainport and Design Capital will never win it from the trademark Philips. Eindhoven will always be able to use the name Philips for its reputation (Doevendans, 2009). The challenge for Eindhoven is to combine this tradition with the next phase of architecture. Eindhoven is an exceptional urban environment, an environment that has been made an exceptional city because of its knowledge and heritage (Onna, 2002).AR2A011Architectural History ThesisArchitecture, Urbanism and Building Science
Pocapharaptinus Philips and Akotsen
No full textPocapharaptinus, Philips and Akotsen, new genus Type species. Pocapharaptinus müllerae Akotsen and Philips Diagnosis. The genus is characterized by long erect setae forming four loose tufts dorsally and laterally on the pronotum. The majority of the remaining pronotal surface is densely covered with flocculent, wooly, tan-colored setae that obscures the cuticular surface. When viewed anteriorly, the visible pronotal cuticle medially is triangular in shape. The elytral surface also has distinct puncture rows in addition to rows of recumbent and erect setae. Description. Body: overall, small to moderate, 1.2–2.8mm long, oval or oblong-oval, convex; light to dark reddish brown. Head: Eyes small, round to somewhat triangular, moderately robust, generally not visible from above; interocular space about 3 X eye width; vertex convex, slightly rounded, cavity present beneath eye and laterad of antennal insertion; antennae filiform, 11 -segmented, antennal setal length variable from short to long, second antennomere inserted off center of scape near lateral edge, inter-antennal space narrow, with acute carina, slightly to distinctly projecting, more so anterioventrally; clypeus triangular, width ~ 1 / 2 head width below eyes; anterior margin of labrum broadly rounded; labial palpi 3 -segmented; maxillary palpi 4 -segmented; mandibular apex acute, lacking additional tooth; mentum triangular, with cavity. Pronotum: overall, square to slightly elongate; covered with thick spongy or dense setae; two pairs coarse, sub-vertical setal peaks laterally and dorsally, lateral peak elongate, with sparsely spaced coarse setae forming loose tufts, dorsal peak extending posteriorly at middle to near center; cuticle visible, largely devoid of setae both laterally around tufts and anterio-medially to near middle of disc, subtriangular to nearly transverse. Elytra: overall, convex, humeral angles rounded, punctures small, distinct, arranged in 10 rows; punctures sub-equal in size but variable in depth; each elytron with anterior and posterior patch of white setae on all species except P. soutpanensis. Ventral sclerites: Prosternum narrow, elongate, 5 X as long as wide, extending onto mesosternum (Fig. 2); mesosternum as long as wide, ~ 1 / 2 length of metasternum, anteriorly adjacent to procoxae with transversely flattened, rounded projections extending ventrally; metasternum transverse, broadly emarginate posteriorly. Abdominal ventrites with all sutures distinct, 2–5 subequal, 1 and 2 distinctly longer, 4 shortest (Fig. 3). Legs: dorsal and ventral surface of tibiae and tarsi covered with fine recumbent narrow scale-like setae, also with several longer golden-yellow depressed narrow setae; metatarsomere 2 X length of pro-and mesotarsomere. Etymology. Derived from the Greek “poca” (meaning hair or wool), referring to the thick, dense pronotal setae; and “pharan” (meaning cleft or gully), which describes the cleft in the dense pronotal setae. These words are combined with the most speciose ptinid genus name Ptinus. Comments. Species are concentrated in western and southwestern South Africa (Fig. 40). While species found in western South Africa experience winter rains (June - Sept.) with a long dry season during the summer (Dec. - Mar.), other species in the Western Cape Province are found in regions mainly with a summer rainfall pattern. All taxa are flightless, a characteristic often found in spider beetles that exploit dry dung as a food source in xeric habitats (Philips 2000). One species has been reared from dry pellets of rock hyrax or dassie (Procavia capensis [Pallas]), suggesting that dung may be the preferred food source of species in this genus (Philips, unpublished). Relationships. Philips (2000) noted that precise relationships of most spider beetle genera hypothesized from morphology are obscured due to convergent evolution of features associated with flightlessness, which may be an adaptation for water conservation in a xeric habitat. Many genera superficially look alike and little phylogenetic work has been done to support any purported relationships with the exception of Bellés (1985) and Philips (2000). Hence Pocapharaptinus is one of numerous flightless taxa in southern Africa with unclear affinities. One possible related lineage is southern African Ptinus, as it shares a number of potential synapomorphies with this clade including: a similar cuticular color of pale to dark reddish brown, possession of two white setal patches anteriorly and posteriorly on the elytra, erect and recumbent longitudinal rows of vestiture along and between elytral punctures rows, and similarly shaped elongate legs and antennae. Distribution and biogeography. Endemic to South Africa, species of Pocapharaptinus are found in a surprisingly wide variety of habitats, including Cape Mountain passes at 2000m elevation, succulent deserts, and coastal scrub (Fig. 40). The distribution of the genus ranges from northern Namaqualand southward to the southwestern Cape Region (between 28 ˚S and 36 ˚S latitude) extending eastward to just beyond Mossel Bay (22.41 ˚E). Species found in the western part of the distribution occur in semi-desert with rainfall <300mm per year (Kingdon 1989), but with a highly predictable seasonal winter rainfall and moderate temperatures, due in part to the cold Benguela current. Species in the Cape Region exist in the Fynbos, a biome with a unique flora that experiences a climate based on complex interactions between dry cold air from the west and moist warm air from the east (Kingdon 1989). At Cape Town, occasional rainstorms occur during the summer, with generally increasing frequency towards Mossel Bay in the east. Additionally some sheltered inland areas are relatively hot and dry. Hence, the diversity and complexity of temperature and rainfall patterns is no doubt responsible for the high floristic and faunistic diversity, with many endemic taxa including the species of Pocapharaptinus. Philips and Foster (2004) suggest that the limited distribution of the southern African spider beetle taxa indicate that this greater region is the center of origin for many ptinid species, including those of Pocapharaptinus. Some species of this new genus have allopatric populations that appear to be separated by geographic barriers. For example, P. acanthos has been collected only near Cape Agulhas and Paarl, two localities in the southwest cape region that are partially separated by mountain ranges. Similarly, P. soutpanensis and P. müllerae are both found north and south of the Olifants River. The populations in each species are morphologically indistinguishable, but there is always the possibility of cryptic species. Alternatively and we think more likely explanations are that the distribution of P. acanthos is due to a collecting artifact, and for the other two species, the Olifants river does not appear to be an insurmountable barrier as one might expect most likely due to periodic lack of river water flow historically (Harrison et al. 2003). Similar distributions on both sides of this river are also known in other flightless species of beetles including the spider beetle Cryptopeniculus nigrosetus (Philips & Foster 2004) as well as some species of Scarabaeus (Pachysoma) MacLeay dung beetles (Harrison et al. 2003).Published as part of Akotsen-Mensah, Clement & Philips, Keith, 2009, Description of a new genus of spider beetle (Coleoptera: Ptinidae) from South Africa, pp. 51-67 in Zootaxa 2160 on pages 52-54, DOI: 10.5281/zenodo.18894
Pocapharaptinus acanthos Akotsen and Philips, new species
No full textPocapharaptinus acanthos Akotsen and Philips, new species Figs. 23, 24, 32 & 39 Type material. Holotype: S. Afr., S. W. Cape, Klippe Rugt farm 34.42 S- 20.12 E / 28.8.1983; E-Y: 1993, groundtraps, 60 days, leg. Endrödy-Younga and Penrith. Groundtraps with banana bait. Paratypes: same as Holotype (2); faeces bait (8); meat bait (1). S. Africa S. W. Cape Pro., Haweqwas mt. 1350m; 33.40 S- 19.05 E / 4.12. 1978 E-Y: 1520, groundtraps 92 days. Leg. Endrödy-Younga / groundtraps with banana (1); meat bait (2). Haweqwas, 33.34 S- 19.08 E / 5.11.1973; E-Y: 200, sifted humus, leg. Endrödy-Younga (1). S. Afr., S. W. Cape Arniston, inland, 34.39 S- 20.13 E / 29.8.1983; E-Y: 1995, groundtraps 59 days, leg. Endrödy, Penrith / groundtrap with faeces bait (3). S. Afr., S. W. Cape, Struisbaai, 34.46 S- 20.03 E / 28.8.1983; E-Y: 1989, groundtraps, 60 days, leg. Endrödy-Younga, Penrith / groundtraps with meat bait (1). Diagnosis. This species can be characterized by the presence of elongate fine thin setae on the elytra (Figs 23 & 24). Description. Color reddish brown to brown; body slightly oval, convex. Length 2.0– 2.6 mm. Head dorsally mainly smooth but with scattered setose tubercles in a band between eyes, tubercles slightly pronounced; setae dense, short, recumbent and erect, setal tufts on either side of midline between eyes present; carina posterior to antennal fossae present. Pronotum with visible surface not extending posteriorly between setal tufts, smoothly rounded posteriorly; base of setal tufts arising from slightly above anterior cuticle surface on curved carinae, carinae angled ~ 20 º from surface, anterior margin distinctly swollen; lateral spines distinct but blending into tufts, distinctly thicker than erect elytral setae. Elytra moderately convex, apex rounded, not projecting; erect setae yellow, relatively long both posteriorly and anteriorly, very fine, not straight; six large elongate patches of similarly thin recumbent white setae located anteriorly within puncture rows 5–8 and posteriorly approximately within rows 4–5 and 8–9. Male genitalia with parameres thinnest near apical 1 / 3, strongly curved inwards near apex, apices distinctly expanded; median lobe at middle with sides gradually converging towards apex, total length 94 % of that of parameres measured from base (Fig. 39). Etymology. The specific epithet derived from the Greek ' acanthos ', meaning “thorn", in reference to the distinct spine-like setae on the pronotum.Published as part of Akotsen-Mensah, Clement & Philips, Keith, 2009, Description of a new genus of spider beetle (Coleoptera: Ptinidae) from South Africa, pp. 51-67 in Zootaxa 2160 on pages 64-65, DOI: 10.5281/zenodo.18894
Automatización de informes mensuales para clientes en el área de servicios de Philips mediante Power Bi
No full textEste proyecto, presentado como opción de grado en Ingeniería Biomédica, tiene como objetivo automatizar la generación y visualización de informes mensuales para los clientes del área de Customer Service en Philips Colombiana, utilizando Power BI. El proceso anterior era manual y propenso a errores, consumía mucho tiempo y dificultaba la personalización de la información.
La solución propuesta centraliza y automatiza los datos provenientes de macros en Excel, integrándolos en un modelo de datos dentro de Power BI. Esto permite crear dashboards interactivos con indicadores clave de rendimiento (KPIs), cronogramas de mantenimiento, resumen financiero y filtros personalizables por cliente, sede, fecha y tipo de equipo.This project, presented as a graduation requirement for the Biomedical Engineering program, aims to automate the generation and visualization of monthly reports for clients in the Customer Service area at Philips Colombia using Power BI. The previous reporting process was manual, time-consuming, error-prone, and lacked flexibility for customization.
The proposed solution centralizes and automates data originally processed via Excel macros, integrating them into a structured Power BI data model. This enables the creation of interactive dashboards displaying key performance indicators (KPIs), maintenance schedules, financial summaries, and customizable filters by client, site, date, and equipment type.TABLA DE CONTENIDO 1. INTRODUCCIÓN 6 2. PLANTEAMIENTO DEL PROBLEMA 7 3. FORMULACIÓN DEL PROBLEMA 8 4. JUSTIFICACIÓN 9 5. OBJETIVOS 10 5.1. General 10 5.2. Específicos 10 6. MARCO TEÓRICO 11 7. MARCO LEGAL Y TÉCNICO 12 8. METODOLOGÍA 13 9. RESULTADOS 16 10. DISCUSIÓN 18 11. RECOMENDACIONES Y TRABAJOS FUTUROS 19 12. CONCLUSIONES 20 REFERENCIAS 2
Pocapharaptinus aboakyer Akotsen and Philips, new species
No full textPocapharaptinus aboakyer Akotsen and Philips, new species Figs. 21, 22 & 31 Type material. Holotype: S. Africa, W. Cape Province, Gamkaberg Nature Reserve, 33.42 S- 21.57 E / 1.7.1998; E-Y: 3240, Groundtraps, leg. Tom Berry. Diagnosis. This species can be characterized by the visible pronotal surface extending posteriorly between setal tufts in a narrow triangular shape and forming an ~ 45 ˚angle posteriorly (Fig. 31); a lack of distinctive thick bristle like setae laterally on the pronotum separate from the flocculent pronotal setae (similar to P. soutpanensis); pronounced humeral and apical patches of white setae on elytra (Figs 21, 22). Description. Color reddish brown; body oval, convex. Length 2.2–2.3 mm. Head dorsally mainly smooth but with scattered setose tubercles in a band between eyes, setae small and erect; tubercles distinct; setae short, recumbent and erect; convergent setal tufts on either side of midline between eyes present; carina posterior to antennal fossae absent. Pronotum with visible surface extending posteriorly between setal tufts broadly triangular, forming an ~ 45 ° angle posteriorly; base of setal tufts arising distinctly above cuticular surface on curved carinae, carinae angled ~ 45 ° from surface, anterior margin swollen, especially at middle; lateral spines distinct from but blending into tufts, thickness similar to erect elytral setae. Elytra moderately convex, apex pointed, projecting; erect setae yellow, moderately long anteriorly and posteriorly, moderately thick and straight; four large round patches of slightly flattened recumbent white setae located anteriorly within puncture rows 5–8 and posteriorly within rows 3–5. Male genitalia not observed. FIGURES 29–32. Pronota; 29. P. soutpanensis; 30. P. lachnos; 31. P. aboakyer; 32. P. acanthos. FIGURES 33–39. Male genitalia. 33. P. müllerae; 34. P. h a r r i s o n i; 35. P. akotsenorum; 36. P. ca p e n s i s; 37. P. soutpanensis; 38. P. la ch no s; 39. P. acanthos. Etymology. Specific epithet derived from the Fanti (a tribe in Ghana) word “ aboakyer ”, meaning “to catch an animal”, and is phenetically pronounced “a-boa-che’ar.” The name was chosen because further exploratory work is needed since only one specimen is currently known.Published as part of Akotsen-Mensah, Clement & Philips, Keith, 2009, Description of a new genus of spider beetle (Coleoptera: Ptinidae) from South Africa, pp. 51-67 in Zootaxa 2160 on pages 61-64, DOI: 10.5281/zenodo.18894
Pocapharaptinus mullerae Akotsen and Philips, new species
No full textPocapharaptinus müllerae Akotsen and Philips, new species Figs. 9, 10, 25 & 33 Type material. Holotype: S. Afr., Namaqual., Spectacle Pass, 29.42 S- 17.40 E / 31.8.1976; E-Y: 1190 / groundtrap, 33 days, leg. Endrödy-Younga / groundtraps, with faeces bait. Paratypes: S. Africa, Namaqualand Soutpan dunes, 31.15 S- 17.52 E / 1.8.1989: E-Y: 2623, litter under bushes, Endrödy and Klimaszew (17). S. Africa SW Cape Prov. Vanrhyn’s Pass, 31.23 S- 19.02 E / 18.8. 1983, E-Y: 1940, groundtrap, 78 days, leg. Endrödy-Younga, Perinth / groundtraps with meat bait (7). S. Africa Namaqualand Coast, Bitterriver mouth, 30.36 S- 17.28 E / 3.9. 1977, E-Y: 1377, groundtraps, 56 days leg. Endrödy-Younga, / groundtraps with banana baits (12). S. Afr. Namaqualand, Stallberg pass, 30.27 S- 18.04 E; / 5.9.1977; E-Y: 1386, groundtraps 56 days, leg. Endrödy-Younga / groundtraps with millipede bait (2), S. Africa Namaq., Coast, Buffelsrivier, 29.55 S- 17.39 E / 28.8. 1977, E-Y: 1349, groundtraps, 59 days, leg Endrödy-Younga / groundtraps with faeces bait (6), same except 1947 or 1948. S.Afr., Namaquald. Springbok-Mesklip, 29.49 S- 17.52 E: 28.8. 1976, E-Y: 1184, groundtraps, 43 days, leg. Endrödy-Younga; groundtraps with faeces bait (3), S. Afr.; SW Cape Dermbergsdraai farm; 30.47 S- 17.43 E / 19.9. 1994, E-Y: 3019, groundtraps, 6 days, leg Endrödy-Younga / groundtraps with meat bait (2), same except 24.8.1979; E-Y: 1589, groundtraps 63 days (1). S. Africa Namaq., coast Wildepaarde Hoek, 29.57 S- 17.40 E / 28.8. 1977, E-Y: 1351, groundtraps, 60 days, leg. Endrödy-Younga / groundtraps with faeces bait (1). Diagnosis. This species can be characterized by the nearly parallel-sided pronotal surface between the anterior setal tufts (Fig. 25), and the elongate and unexpanded paramere apices of the male genitalia (Fig. 33). Description. Color pale reddish brown; body oval, strongly convex. Length 1.2-1.8 mm. Head mainly smooth dorsally but with scattered setose tubercles in a band between eyes; setae short, recumbent and erect; setal tufts on either side of midline between eyes present; carina posterior to antennal fossae absent. Pronotum with visible surface extending posteriorly between setal tufts narrow, nearly parallel sided, forming a distinct cleft between tufts; base of setal tufts arising near cuticular surface, not distinctly raised up on carinae, anterior margin swollen, especially at middle; lateral spines distinct from tufts, slightly thicker than erect elytral setae. Elytral surface markedly convex, apex broadly rounded, not projecting; erect setae golden yellow, short anteriorly and moderately long posteriorly; four small round patches of recumbent, elongate, slightly flattened, recumbent white setae anteriorly within puncture rows 5–6 and and posteriorly within rows 3–5. Male genitalia with parameres nearly parallel sided except near apex, apices unexpanded, curved only very slightly inwards near apex; median lobe parallel sided becoming acuminate in apical 1 / 5, total length 91 % of that of parameres measured from base (Fig. 33). Etymology. The specific epithet honors Ruth Müller, of the Transvaal Museum in Pretoria, South Africa, who loaned specimens and has always been helpful during visits to the institution.Published as part of Akotsen-Mensah, Clement & Philips, Keith, 2009, Description of a new genus of spider beetle (Coleoptera: Ptinidae) from South Africa, pp. 51-67 in Zootaxa 2160 on pages 54-57, DOI: 10.5281/zenodo.18894
J. S. Bach. - Préludes de chorals. Marcel Dupré (orgue). Philips, Classics, coll. Grandes orgues, vol. 9. PHILIPS 446647-2
No full textWeber Edith. J. S. Bach. - Préludes de chorals. Marcel Dupré (orgue). Philips, Classics, coll. Grandes orgues, vol. 9. PHILIPS 446647-2. In: Cahiers de sociologie économique et culturelle, n°25, 1996. pp. 198-199
- …
