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About 1,917 papers for “Serial memory processing”
David McGrath, David Jaz Myers · Electronics Letters · 1985
A novel serial memory is reported, based on an array of MOS three transistor cells, which does not require serial-parallel data format convertors on the input and output. It can be used to realise compact, low-power delay elements of programmable length and is suitable for application in serial digital signal processing integrated circuits.
Cited by 1
Fynn O. Wöstenfeld, Suhaib Ahmad, Meike Kroneisen et al. · Collabra Psychology · 2020
The survival processing effect describes the phenomenon that memory for items is better after they have been processed in the context of a fitness-related survival scenario as compared to alternative processing contexts. In the present study, we examined whether the survival processing memory advantage translates to memory for the order of processed items. Across two serial-recall experiments, we replicated the survival processing effect for free recall but did not find an additional survival processing advantage for serial recall when we controlled serial recall performance for the total number of words recalled per person. Adjusted serial recall performance was not better in the survival processing condition when compared to a moving and a relational pleasantness processing condition (Experiment 1), even when processing of the relational order of stimuli was explicitly endorsed in the survival processing task (Experiment 2). This finding is in line with the idea that enhanced item-specific rather than enhanced relational processing of items underlies the survival processing effect. Moreover, our findings indicate that survival processing does not increase memory efficiency for temporal context information.
Cited by 5Open access
Anthony A. Wright, Héctor C. Santiago, Stephen F. Sands et al. · Science · 1985
List memory of pigeons, monkeys, and humans was tested with lists of four visual items (travel slides for animals and kaleidoscope patterns for humans). Retention interval increases for list-item memory revealed a consistent modification of the serial-position function shape: a monotonically increasing function at the shortest interval, a U-shaped function at intermediate intervals, and a monotonically decreasing function at the longest interval. The time course of these changes was fastest for pigeons, intermediate for monkeys, and slowest for humans.
Cited by 324
Otermans, Pauldy, Szameitat, Andre, Parton, Andrew · Figshare · 2025
This is the raw data that is described in a recent submission to Psychological Research. Each experiment has its own raw data file. A brief explanation of each experiment and its variables can be found in the right-most columns in the file.
Cited by 0Open access
Michele Gulya, Becky Sweeney, Carolyn Rovee‐Collier · Journal of Experimental Child Psychology · 1999
Cited by 16
Anne Keeton, Leslie D. McLean · 1973
Cited by 0
Benjamin Kowialiewski, Simon Gorin, Steve Majerus · Open Repository and Bibliography (University of Liège) · 2017
peer reviewed
Cited by 0Open access
Yingxue Tian, Simon Fischer‐Baum · Cognitive Affective & Behavioral Neuroscience · 2025
In a sequence, at least two aspects of information-the identity of items and their serial order-are maintained and supported by distinct working memory (WM) capacities. Verbal serial order WM is modulated by spatial processing, reflected in the Spatial Position Association of Response Codes (SPoARC) effect-the left-beginning, right-end positional association between space and serial position of verbal WM memoranda. We investigated the individual differences in this modulation with both behavioral and neurobiological approaches. We administered a battery of seven behavioral tasks with 160 healthy adults and collected resting-state fMRI data from a subset of 25 participants. With a multilevel mixed-effects modeling approach, we found that the SPoARC effect's magnitude predicts individual differences in verbal serial order WM capacity and is related to spatial item WM capacity. With a graph-theory-based analytic approach, this interaction between verbal serial order WM and spatial WM was corroborated in that the level of interaction between corresponding cortical regions (indexed by modularity) was predictive of the magnitude of the SPoARC effect. Additionally, the modularity of cortical regions associated with verbal serial order WM and spatial attention predicted the SPoARC effect's magnitude, indicating the involvement of spatial attention in this modulation. Together, our findings highlight multiple sources of the interplay between verbal serial order WM and spatial processing.
Cited by 6Open access
Fynn O. Wöstenfeld, Ahmad Suhaib, Meike Kroneisen et al. · Zenodo (CERN European Organization for Nuclear Research) · 2019
Dataset and analyses protocal as reported in our manuscript <em>Does the Survival Processing Memory Advantage translate to Serial Recall?</em> (Wöstenfeld et al., submitted).
Cited by 0Open access
Benjamin Kowialiewski, Simon Gorin, Steve Majerus · Open Repository and Bibliography (University of Liège) · 2017
peer reviewed
Cited by 0Open access
Benjamin Kowialiewski, Simon Gorin, Steve Majerus · 2021
Long-term memory knowledge is considered to impact short-term maintenance of item information in working memory, as opposed to short-term maintenance of serial order information. Evidence supporting an impact of semantic knowledge on serial order maintenance remains weak. In the present study, we demonstrate that semantic knowledge can impact the processing of serial order information in a robust manner. Experiment 1 manipulated semantic relatedness effect by using semantic categories presented in subgroups of items (leaf – tree – branch – cloud – sky – rain). This semantic grouping manipulation was compared to a temporal grouping manipulation whose impact on the processing of serial order information is well-established. Both the semantic and temporal grouping manipulations constrained the occurrence of serial order errors in a robust manner: when migrating to a non-target serial position, items tended to do so most of the time toward the position of a semantically related item or within the same temporal group. Critically, this impact of semantic knowledge on the pattern of migration errors was not observed anymore in Experiment 2, in which we broke-up the semantic groups, by presenting the semantically related items an interleaved fashion (leaf – cloud – tree – sky – branch – rain). Both semantic and temporal grouping factors may reflect a general mechanism through which information is represented hierarchically. Alternatively, both factors could result from the syntactic and/or semantic regularities that naturally structure linguistic information. These results support models considering direct interactions between serial order and linguistic components of WM.
Cited by 4
Benjamin Kowialiewski, Simon Gorin, Steve Majerus · Journal of Experimental Psychology Learning Memory and Cognition · 2021
Long-term memory knowledge is considered to impact short-term maintenance of item information in working memory, as opposed to short-term maintenance of serial order information. Evidence supporting an impact of semantic knowledge on serial order maintenance remains weak. In the present study, we demonstrate that semantic knowledge can impact the processing of serial order information in a robust manner. Experiment 1 manipulated semantic relatedness effect by using semantic categories presented in subgroups of items (<i>leaf-tree-branch-cloud-sky</i>-rain). This semantic grouping manipulation was compared to a temporal grouping manipulation whose impact on the processing of serial order information is well-established. Both the semantic and temporal grouping manipulations constrained the occurrence of serial order errors in a robust manner: when migrating to a nontarget serial position, items tended to do so most of the time toward the position of a semantically related item or within the same temporal group. Critically, this impact of semantic knowledge on the pattern of migration errors was not observed anymore in Experiment 2, in which we broke-up the semantic groups, by presenting the semantically related items an interleaved fashion (<i>leaf-cloud-tree-sky-branch-</i>rain). Both semantic and temporal grouping factors may reflect a general mechanism through which information is represented hierarchically. Alternatively, both factors could result from the syntactic and/or semantic regularities that naturally structures linguistic information. These results support models considering direct interactions between serial order and linguistic components of WM. (PsycInfo Database Record (c) 2022 APA, all rights reserved).
Cited by 15
Matthew D. Schulkind · Perception & Psychophysics · 2004
Cited by 15Open access
Lucie Attout, Steve Majerus · Open Repository and Bibliography (University of Liège) · 2013
editorial reviewed
Cited by 0
Majerus, Steve, Attout, Lucie · Open Repository and Bibliography (University of Liège) · 2017
Cited by 0
ERIC · Bulletin of Miscellaneous Information (Royal Gardens Kew) · 1973
Two studies examined serial recall process of first-grade Canadian children from inner-city and suburban backgrounds. In the first study significant differences were found in the serial position curve of recall. Suburban children recalled a greater number of early-presented, primacy items, while inner-city children who had equivalent span capacity, recalled more later-presented, recency items. In the second study, four subgroups of children were assigned to high and low SES, primacy or recency response groups. All groups showed significant shifts toward the alternative recency or primacy recall pattern following a training period. Recall is attributed to learned serial processing strategies rather than to differences in intellectual capability (Jensen, 1968). (Author)
Cited by 0
V.A. Browne, Kathy Perkins · IEEE Journal of Solid-State Circuits · 1976
Of the many technologies available to implement efficient and stable charge-coupled devices (CCD's), most employ a multilevel metal, overlapping gate approach. As a consequence, the CCD process becomes generally more complex and the resulting overlap capacitance can be embarrassing for serial memory applications. This paper describes a single level aluminium gate process, the notable features of which are simplicity, extremely high yield, low interphase capacitance, and very high packing density. Interelectrode spacings in the range 2000 /spl Aring/-5000 /spl Aring/ are achieved. The performance capability is described in the context of an analog delay line.
Cited by 5
Sotiropoulou, Calliope Louisa · CERN Bulletin · 2017
The upgraded trigger system of the ATLAS experiment at LHC will improve the capability of the detectors to select the events with the greatest scientific potential. The FastTracker (FTK) is one of the ATLAS trigger upgrade that is presently under commissioning. FTK is a hardware system that feeds the High Level Trigger with charged particle tracks reconstructed from hits in silicon detectors at the rate of 105 events per second. Once a track candidate is found, the track reconstruction proceeds by matching low resolution hits to predefined patterns. Selected hits matching the predefined pattern are used in a second processing step for a more precise track fitting algorithm. The main processing element of FTK is the Associative Memory (AM) system that is used to perform pattern matching with high degree of parallelism. Its implementation is called the AM Board Serial Link Processor (AMBSLP) and it is a very efficient pattern matching machine that handles massively parallel data. The AMB SLP consists of two types of boards: the Little Associative Memory Board (LAMB), a mezzanine where the AM chips are mounted, and the Associative Memory Board (AMB), a 9U VME motherboard that hosts four LAMB daughter-boards. We report on the complex FPGA design that has been implemented to operate the high degree of parallelism of the board. We also report on the commissioning status of the AMBSLP and on the performance of the Processor during the first data taking.
Cited by 0Open access
Michael R. Hodges · ResearchSpace (University of Auckland) · 2017
Full text is available to authenticated members of The University of Auckland only.
Cited by 0
Steve Majerus · Open Repository and Bibliography (University of Liège) · 2014
Cited by 0